News & Updates 

Major Success for DEMADES:
PROMETHEUS Selected for Horizon Europe Funding 

We are delighted to share an important achievement building on the scientific results and international collaborations developed within the DEMADES project.

The Horizon Europe proposal PROMETHEUS – PROject for MEaningful Twinning in Hydrogen Energy United Science (Proposal ID 101339154), coordinated by the DEMADES project team and  CEMEA SAS, has been successfully evaluated and selected for funding. The project is currently entering the Grant Agreement Preparation stage.

PROMETHEUS brings together CEMEA SAS, Fraunhofer IKTS, Vrije Universiteit Brussel (VUB) and ADDSEN in an international partnership focused on strengthening research excellence and innovation capacity in the field of hydrogen energy. The submitted proposal has a total requested budget of EUR 1.5 million. The original submission documentation confirms CEMEA SAS as coordinator and the participation of the German, Belgian and Slovak partners.

The success of PROMETHEUS represents an important continuation of the research direction developed within DEMADES. Knowledge gained through the development and characterization of advanced electrocatalytic materials, electrochemical evaluation, sustainable hydrogen technologies and international cooperation provides a strong foundation for the next stage of our research.

For the DEMADES team, this achievement is particularly significant because one of the project objectives was to use the expertise, results and partnerships established during DEMADES to initiate new competitive national and international research projects. PROMETHEUS demonstrates that this strategy has successfully translated DEMADES activities into a new European-level research opportunity.

The next step is the completion of the Grant Agreement Preparation process, followed by the launch of the new project.

From DEMADES to PROMETHEUS – continuing our journey towards advanced materials, stronger European research collaboration and a sustainable hydrogen future.

DEMADES Final Consortium Meeting: Integration of Results from All Work Packages

18 August 2026 | [Bratislava / online-hybrid meeting]

The DEMADES project consortium held its final all-partner meeting, bringing together representatives of
CEMEA SAS, IMR SAS and IEE SAS to jointly review, discuss and integrate the scientific and technological results obtained throughout the project.

The meeting represented an important final integration step of the DEMADES project. The partners presented and extensively discussed the results generated within WP1–WP5, with particular emphasis on connecting catalyst synthesis and processing conditions with structural and chemical characteristics, electrochemical performance, long-term stability, sustainability and future scale-up potential.

The discussion integrated the main outcomes of the individual work packages:

• WP1 – Catalysts preparation: synthesis and optimization of Ni-based, Ni/MoS₂, Ni/MXene, Ni₁₋ₓCoₓS, MoFeNiP and three-dimensional electrode systems, including electrochemical and electroless preparation approaches;
• WP2 – Catalysts characterization: integration of morphological, structural and chemical characterization data with synthesis parameters and electrochemical behaviour;
• WP3 – Electrochemical performance evaluation: comparative assessment of HER activity, overpotential, Tafel behaviour, electrochemical impedance and stability, together with results obtained using the laboratory/pilot electrolyser;
• WP4 – Sustainability assessment: discussion of catalyst durability, material and energy requirements, environmental aspects and recommended performance metrics for long-term evaluation;
• WP5 – Theories formation and scaling-up potential: integration of the results into a common framework linking synthesis → structure and interfaces → physicochemical properties → HER performance → lifetime → scalability.

Based on the joint evaluation, the consortium identified the most promising material platforms for further development and scale-up. Particular attention was given to optimized DES-electrodeposited Ni coatings, Ni/MXene and Ni/MoS₂ composites, Ni₀.₄Co₀.₆S, C-MoFeNiP materials and modified three-dimensional Ni foam electrodes.

The partners also discussed the next steps required to move from laboratory-scale catalyst screening towards more technologically relevant validation. These include testing at higher current densities, extended durability measurements, evaluation of catalyst degradation and surface reconstruction, improved process reproducibility, optimization of material and energy consumption, and validation on larger electrode areas and in electrolyser configurations.

An important part of the meeting was dedicated to the future sustainability and exploitation of the DEMADES results. The consortium discussed scientific publications, intellectual property, collaboration with industrial and international partners, and follow-up national and European research initiatives building on the knowledge, methodologies and partnerships established within DEMADES.

The final consortium meeting therefore completed the integration of the results generated across the individual work packages and provided a common scientific and technological basis for the future development of sustainable electrocatalysts for green hydrogen production.

DEMADES Research Featured in the SAVinci Science Documentary Series (8 August 2026) 

Research carried out within the DEMADES project is featured in the new SAVinci documentary series of the Slovak Academy of Sciences (SAS), which premieres on STVR Dvojka on 8 August 2026 at 11:35 CET. The programme presents internationally competitive research conducted at the Centre for Advanced Materials Application (CEMEA SAS), with a special focus on innovative materials for sustainable hydrogen production.

In the documentary, Assoc. Prof. Anna Kityk, coordinator of the DEMADES project, introduces the development of advanced three-dimensional electrode architectures designed to improve the efficiency of hydrogen production technologies. The research explores environmentally friendly approaches to engineering catalytic materials that can support clean hydrogen generation, contributing to the transition towards low-carbon energy systems.

The DEMADES project combines advanced materials science, electrochemistry, and green surface engineering to develop next-generation catalytic materials for energy conversion applications. By tailoring the structure and functionality of electrode materials, the project aims to enhance catalytic performance while promoting sustainable manufacturing routes with reduced environmental impact.

The inclusion of DEMADES in the SAVinci series highlights the growing importance of research on green hydrogen and advanced materials in addressing global energy challenges. As hydrogen becomes an increasingly important component of future renewable energy systems, innovations in catalyst design and materials processing will play a key role in improving the efficiency and sustainability of hydrogen technologies.

We are pleased to see the DEMADES project presented to a wider audience through this science communication initiative and invite everyone to watch the programme to learn more about our research and its contribution to the development of green technologies.

Premiere: 8 August 2026, 11:35 CET, STVR Dvojka.

DEMADES Project Showcased at ANM 2026 

(22–24 July 2026) 

Researchers involved in the DEMADES project took part in the 26th International Conference on Advanced Nanomaterials (ANM 2026), hosted by the University of Aveiro, Portugal, from 22–24 July 2026. The annual ANM conference provides an international forum for presenting recent advances in nanomaterials and their applications across energy, environmental, and engineering fields.

For the DEMADES project, the Hydrogen Energy session was especially valuable, bringing together experts working on photocatalysis, electrocatalysis, advanced surface engineering, and materials for sustainable hydrogen production. The session offered an excellent opportunity to learn about emerging trends while exchanging ideas with researchers from different institutions.

During the conference, the DEMADES team presented the poster "Electrosynthesized TiO₂ Nanotubular Films on Ti-6Al-4V Using Deep Eutectic Solvents for Coupled Photocatalytic and Hydrogen-Evolution Performance". The work highlighted the use of deep eutectic solvents (DESs) for the electrochemical fabrication of TiO₂ nanotubular structures, demonstrating their potential for enhancing photocatalytic activity and hydrogen evolution.

The poster presentation generated productive discussions with conference participants, particularly on the role of DES-based anodization in tailoring surface morphology and its influence on catalytic performance. These interactions provided valuable scientific feedback and identified opportunities for future collaboration in the field of advanced functional materials.

Participation in ANM 2026 contributed to increasing the visibility of the DEMADES project, promoting the dissemination of its research outcomes, and strengthening connections with the international nanomaterials and hydrogen-energy research community.

DEMADES Team Inspires Young Scientists at the SAS Summer School 2026 (13-17 July 2026)

Members of the DEMADES project team from the Centre for Advanced Materials Application of the Slovak Academy of Sciences (CEMEA SAS) actively participated in the Summer School of Young Scientists 2026 as supervisors and mentors, guiding participants through an exciting programme of scientific experiments and hands-on laboratory activities.

This year's Summer School offered an exceptional opportunity for young scholars to experience modern scientific research firsthand. The programme combined chemistry, molten salt systems, electrochemistry, inorganic materials science, glass technology, and green hydrogen technologies into an engaging series of experiments designed to demonstrate how fundamental science contributes to the development of sustainable energy solutions.

Participants carried out a wide range of laboratory activities, including the preparation and investigation of molten salt systems, synthesis of inorganic materials, electrochemical experiments, and the preparation of lithium silicate glass using high-temperature processing. They also explored the fascinating properties of liquid nitrogen, gaining practical insight into cryogenic phenomena through interactive demonstrations.

One of the highlights of the programme was the opportunity to produce green hydrogen independently. Using electricity generated by photovoltaic solar panels and compact wind turbines, participants operated a water electrolyser and observed how renewable energy can be converted into clean hydrogen fuel. This hands-on experiment demonstrated one of the key technologies supporting Europe's transition towards a low-carbon and climate-neutral energy system.

The students also learned about the operating principles of hydrogen fuel cells, discovering how hydrogen can be converted back into electricity with high efficiency and zero harmful emissions at the point of use. The programme culminated in a live demonstration of a hydrogen-powered vehicle, allowing participants to see how green hydrogen can be applied in sustainable transportation.

This demonstration infrastructure became available at CEMEA thanks to the successful combination of support from the Small Grant Scheme of the Slovak Academy of Sciences and the DEMADES project, enabling both cutting-edge research and educational outreach activities.

Beyond its scientific research, the DEMADES project is strongly committed to the popularization of green hydrogen technologies and raising public awareness of their importance for the future energy transition. The project team is actively engaged not only in developing advanced catalysts and functional materials for efficient hydrogen production and electrochemical energy conversion, but also in communicating these technologies to school and university students, teachers, and the wider public. Through educational events, demonstrations, and outreach activities, DEMADES aims to inspire the next generation of scientists and engineers while improving public understanding of the crucial role that hydrogen and advanced materials will play in achieving a sustainable and carbon-neutral future.

The enthusiastic participation of the young scholars, together with the dedication of the supervisors and researchers, made this year's Summer School an inspiring example of how education, research, and innovation can work together to shape the future of clean energy technologies.

DEMADES Project Leader Discusses Green Hydrogen on National Television (12 July 2026) 

The DEMADES project gained additional visibility through the participation of its project leader, Dr. Anna Kityk from the CEMEA SAS, in the television programme Spektrum 24, broadcast on the JOJ 24 news channel.

The programme explored the role of green hydrogen in the transition towards sustainable and low-carbon energy systems. During the interview, Dr. Kityk discussed the opportunities and current challenges associated with green hydrogen production, its potential applications across different industrial sectors, and the importance of continued research in developing efficient and environmentally responsible technologies.

The discussion also highlighted the contribution of advanced materials and innovative surface engineering approaches to improving hydrogen production processes. These topics closely reflect the scientific objectives of the DEMADES project, which focuses on the development and optimization of advanced materials for sustainable energy applications.

By participating in the programme, the DEMADES project contributed to raising public awareness of hydrogen technologies and demonstrated the important role of scientific research in addressing future energy challenges. Public engagement through national media is an essential part of disseminating research outcomes, fostering dialogue between scientists and society, and promoting the impact of innovative research on the transition to clean energy.

The DEMADES team remains committed to advancing research that supports sustainable hydrogen technologies while actively communicating its results to both the scientific community and the general public.

DEMADES Project Team from CEMEA SAS 

at VivaTech 2026: Inspiration for the Future of Sustainable Energy 

The DEMADES project team is proud to share highlights from our visit to Viva Technology 2026, Europe's largest startup and innovation event, held in Paris from 17–20 June 2026. The exhibition brought together thousands of innovators, researchers, entrepreneurs, investors, and technology leaders from around the world, offering a platform to discover the latest breakthroughs shaping the future of science and industry.

As a project dedicated to developing advanced electrochemical technologies for sustainable hydrogen production and clean energy applications, the DEMADES team found VivaTech to be an invaluable source of inspiration and new perspectives.

A Global Showcase of Innovation

Throughout the exhibition, we explored cutting-edge developments across many technological fields that are driving the global transition to a more sustainable, digitally connected future.

Among the most exciting innovations were:

🤖 Artificial Intelligence (AI) transforming industrial processes, scientific research, healthcare, and decision-making through advanced machine learning and intelligent automation.

🦾 Collaborative robotics and autonomous manufacturing, demonstrating how next-generation production systems combine flexibility, precision, and efficiency while supporting human operators.

🌱 Green energy technologies, including renewable energy integration, battery innovations, energy storage solutions, and carbon-neutral industrial processes designed to accelerate the transition to a low-carbon economy.

⚡ Hydrogen technologies, showcasing remarkable progress in hydrogen production, storage, transportation, and refueling infrastructure, areas closely aligned with the objectives of the DEMADES project.

🚁 Autonomous mobility, including drones, intelligent logistics, autonomous vehicles, and unmanned traffic management systems that will reshape transportation and supply chains.

🔐 Cybersecurity solutions, protecting increasingly connected industrial systems, smart infrastructure, and digital ecosystems against evolving cyber threats.

🏙️ Cities of the future, where artificial intelligence, IoT technologies, smart infrastructure, clean mobility, and sustainable urban planning work together to create more resilient, efficient, and environmentally friendly communities.

Inspiration for DEMADES

The technologies presented at VivaTech confirmed that the future of sustainable industry depends on interdisciplinary collaboration. Electrochemistry, advanced materials, digitalization, artificial intelligence, automation, and renewable energy are becoming increasingly interconnected, creating entirely new opportunities for scientific discovery and industrial innovation.

For the DEMADES project, this experience reinforced our commitment to developing innovative electrochemical solutions that contribute to cleaner hydrogen production and more sustainable chemical processes. It also opened new opportunities for networking with industrial partners, technology developers, startups, and research organizations that share our vision of accelerating the global energy transition.

Science Driving Sustainability

Innovation thrives when researchers collaborate across disciplines and borders. Events like VivaTech demonstrate how scientific excellence can be transformed into practical technologies that address some of today's greatest global challenges, including climate change, clean energy production, resource efficiency, and sustainable manufacturing.

The DEMADES project remains committed to advancing research that bridges fundamental science with industrial application, supporting Europe's ambitions for a greener, smarter, and more resilient future.

We thank all exhibitors, innovators, and partners for the inspiring discussions and look forward to translating these valuable insights into future research activities, collaborations, and technological developments within the DEMADES project.

Together, we are shaping the future of sustainable energy through science, innovation, and international collaboration.

#DEMADES #ElectroChemX #VivaTech2026 #Hydrogen #GreenHydrogen #Electrochemistry #CleanEnergy #EnergyTransition #ClimateTech #AdvancedMaterials #ArtificialIntelligence #Robotics #Industry40 #Innovation #Sustainability #Research #CEMEASAS #SlovakAcademyOfSciences

🚀 ElectroChemX (spin-off powered by DEMADES and CEMEA SAS) at VivaTech –
Powering the Future of Clean Energy & Sustainable Chemistry (17-20 June 2026)

We are excited to announce that ElectroChemX, an initiative of the DEMADES team and CEMEA SAS, will participate in Viva Technology (VivaTech) 2026, Europe's leading startup and innovation event, bringing together innovators, investors, industry leaders, and technology pioneers from around the world.

VivaTech attracts thousands of startups, investors, and corporate partners focused on shaping the future through breakthrough technologies. At ElectroChemX, we are advancing electrochemical innovation for clean energy and sustainable chemistry, developing technologies that support the global transition to a low-carbon, resource-efficient future. Our work aligns closely with VivaTech's focus on climate technologies, energy transition, and sustainable industrial innovation.

🔬 What we bring to VivaTech
Advanced electrochemical solutions for clean energy applications
Research-driven innovation with real-world industrial impact
New approaches supporting sustainable chemical processes
Opportunities for collaboration with industry, investors, and research partners
We look forward to connecting with innovators, companies, and stakeholders who share our vision of accelerating the energy transition through science and technology.

📍 Meet us at VivaTech
Explore how electrochemistry can drive the next generation of sustainable solutions and help build a cleaner, more resilient future.

Contact us: anna.kityk@savba.sk

#VivaTech #ElectroChemX #CleanEnergy #Electrochemistry #ClimateTech

#Sustainability #GreenInnovation #EnergyTransition #DeepTech #ResearchInnovation #SlovakAcademyOfSciences #SAS #FutureOfEnergy

Sci-Connect 2026 by CEMEA SAS: 

Science Without Borders (12 June 2026)

The DEMADES project team was proud to organize Sci-Connect 2026, an international informal gathering that brought together researchers from across the Slovak Academy of Sciences in an atmosphere of friendship, openness, and mutual inspiration.

Now in its second year, Sci-Connect has become much more than a social event; it has evolved into a celebration of the values that define modern science: collaboration, diversity, inclusion, and international cooperation.

This year's central theme, "Science Without Borders," reflects a simple yet powerful belief: science belongs to everyone.

Scientific discovery knows no borders of nationality, gender, age, language, or culture. Great ideas emerge when people with different experiences, backgrounds, and perspectives come together with a shared curiosity to solve global challenges.

At DEMADES, we believe that innovation flourishes in environments where every researcher feels respected, valued, and empowered to contribute. Whether an experienced scientist, an early-career researcher, a PhD student, or an international colleague beginning a new journey in Slovakia, everyone plays an important role in advancing scientific excellence.

Research is driven not only by knowledge and technology but also by people. Strong scientific communities are built on trust, communication, and meaningful human connections. Sci-Connect 2026 provided researchers from various institutes of the Slovak Academy of Sciences with an opportunity to meet outside their laboratories, exchange ideas, discover common interests, and build new friendships that may grow into future scientific collaborations. The informal setting encouraged open discussions across disciplines, generations, and cultures, demonstrating that some of the most valuable scientific partnerships begin with a simple conversation.

One of the greatest strengths of today's scientific community is its diversity. Researchers from different countries bring unique perspectives and expertise. Women and men contribute equally to scientific progress. Young scientists introduce fresh ideas, while experienced researchers provide invaluable knowledge and mentorship. This diversity is not only something to celebrate; it is one of the key drivers of innovation. The DEMADES project strongly supports equal opportunities in science and promotes an inclusive research environment where talent, creativity, and dedication are the only criteria that matter.

The challenges facing our world: climate change, sustainable energy, environmental protection, health, and digital transformation, cannot be solved by one country or one discipline alone. International scientific cooperation is essential for building solutions that benefit society as a whole. Sci-Connect 2026 reminded us that science has the power to unite people across borders and cultures. It promotes dialogue instead of division, cooperation instead of competition, and shared knowledge instead of isolation. These values are fully aligned with the mission of the DEMADES project, which develops innovative electrochemical technologies while fostering international partnerships and interdisciplinary collaboration.

The overwhelming enthusiasm and participation in Sci-Connect 2026 demonstrate the growing importance of initiatives that strengthen human connections within the scientific community.

The DEMADES team sincerely thanks all participants, colleagues, organizers, volunteers, and guests who contributed to making this event a memorable celebration of science, diversity, and collaboration.

Together, we are creating a scientific community where innovation has no borders, diversity is our strength, and collaboration is the foundation of a more peaceful, sustainable, and prosperous future.

Science Without Borders is not only our theme, it is our vision.

School Students Discover the Future of Green Energy at the DEMADES Green Energy Masterclass 

(3 June 2026)

On 3 June 2026, the team of the DEMADES project from the Centre for Advanced Materials Application (CEMEA) of the Slovak Academy of Sciences, supported by the Small Grant Scheme of the Slovak Academy of Sciences, participated in a Green Energy Masterclass organized during the excursion of second-year students from the School for Exceptionally Talented Children and Gymnasium (Škola pre mimoriadne nadané deti a gymnázium – ŠpMNDaG) in Bratislava.

The event provided students with a unique opportunity to explore advanced renewable energy technologies and learn about ongoing research activities that contribute to the development of sustainable energy systems and a low-carbon future.

During the exhibition, the DEMADES project team demonstrated a complete green hydrogen value chain powered by renewable energy sources. Students observed green hydrogen production using electricity generated by photovoltaic panels and a wind turbine, illustrating how renewable energy can be transformed into a clean and versatile energy carrier.

The demonstrations included a PEM electrolyser for hydrogen production, a hydrogen-powered vehicle showcasing the practical application of hydrogen in clean mobility, and a large-scale alkaline electrolyser connected to a full-scale photovoltaic installation. Students also learned about the latest advances in electrode materials and electrochemical technologies that are being developed to improve the efficiency, durability, and sustainability of future energy systems.

The hands-on demonstrations enabled participants to follow the entire process from renewable electricity generation through hydrogen production and storage to its practical utilization. Through direct interaction with researchers and real-world technologies, complex concepts related to green hydrogen, renewable energy integration, and advanced materials became more understandable and accessible.

The students showed great enthusiasm throughout the visit, actively engaging in discussions and asking numerous insightful questions. They were fascinated by the innovative technologies, inspired by the research activities, and excited to learn how scientific discoveries are contributing to the transition towards a sustainable energy future. The experience helped bring the concept of green energy closer to the younger generation and demonstrated the important role that research and innovation play in addressing global energy challenges.

The event highlighted the importance of connecting scientific research with education and public outreach. By presenting state-of-the-art technologies engagingly and interactively, the DEMADES project helped raise awareness of renewable energy solutions and inspired students to consider future careers in science, technology, and engineering.

The DEMADES project team would like to thank the students and teachers of ŠpMNDaG for their active participation and interest. We also gratefully acknowledge the support of the Small Grant Scheme of the Slovak Academy of Sciences, which made this educational outreach activity possible.

Through initiatives such as this Green Energy Masterclass, the DEMADES project continues to promote sustainable energy technologies, foster public awareness of green innovation, and inspire the next generation of scientists and engineers who will contribute to a cleaner and more sustainable future.

DEMADES Project Demonstrates Advanced Materials and Renewable Energy Technologies to University Students (27 May 2026)

Members of the DEMADES project participated in an educational and research-oriented excursion organized for 2nd year chemistry students from the Faculty of Natural Sciences of Comenius University in Bratislava. The excursion took place at the research facilities of CEMEA SAS and IIC SAS, where students had the opportunity to explore advanced materials research, innovative technologies, and current scientific developments connected to sustainable energy and space-oriented applications.

During the visit, DEMADES project achievements were presented in the form of a research-based exhibition and interactive scientific presentation. Students were introduced to several cutting-edge research topics, including Martian environment simulations, advanced materials for extreme conditions, and sustainable technologies for future space habitats.

One of the most attractive parts of the exhibition focused on Mars exploration technologies. Students explored models of Martian soil simulants and detailed 3D printed Mars bases designed for future extraterrestrial habitation. Researchers explained advanced 3D printing technologies and additive manufacturing approaches suitable for constructing infrastructure under harsh planetary conditions using local resources.

The presentation also highlighted renewable energy production technologies and sustainable energy systems developed within the DEMADES framework. Special attention was dedicated to hydrogen and oxygen generation through electrolysis powered by photovoltaic (PV) electricity. Students learned about advanced electrode materials and innovative catalysts designed for efficient hydrogen production and energy conversion processes, which are essential for future carbon-neutral energy systems and long-duration space missions.

Researchers from CEMEA SAS and IIC SAS demonstrated how interdisciplinary collaboration connects materials science, chemistry, energy technologies, and aerospace-oriented research. The excursion provided students with direct insight into real scientific work and modern laboratory research environments.

The participating students expressed strong interest and enthusiasm regarding the presented research topics. Many of them stated that they would like to become part of such a research community in the future and contribute to important scientific challenges related to sustainable energy, advanced materials, and space technologies.

The DEMADES project continues to support education, international collaboration, and the active involvement of young scientists in innovative research addressing global technological and environmental challenges.

DEMADES Team Visited a Seminar on Establishing Spin-Off Companies within the Slovak Academy of Sciences (13 May 2026)

On 13 May 2026, members of the DEMADES project participated in the professional seminar entitled "Establishing Spin-Off Companies by Institutions of the Slovak Academy of Sciences (SAS)", organized by the Technology Transfer Office of the Slovak Academy of Sciences (TTO, CEMEA SAS).

The seminar focused on important topics related to technology transfer, commercialization of research results, and the development of innovation-driven entrepreneurial activities within the research environment of the Slovak Academy of Sciences. The possibilities and conditions for establishing spin-off companies within SAS institutions were presented by the Head of the Technology Transfer Office, Miroslav Kubiš.

The event attracted significant interest and strong participation from representatives of public research institutions of the Slovak Academy of Sciences, including statutory representatives and researchers actively involved in innovation and applied research activities.

The seminar addressed several key areas connected with the establishment and operation of spin-off companies, including entrepreneurial activities of public research institutions, legal and organizational conditions required for creating spin-off entities, participation of SAS public research institutions in spin-off companies, and the differences between spin-off and spin-out models.

The program also included practical aspects related to company establishment processes and support opportunities provided by the Technology Transfer Office of SAS.

Participation in this seminar provided valuable insights into the effective transfer of scientific knowledge and research outcomes into practical applications and innovation-oriented business activities. Such initiatives are closely aligned with the DEMADES project objectives focused on advancing applied research, innovation, and interdisciplinary collaboration between science and industry.

We thank the organizers (TTO, CEMEA SAS)  for this valuable event and look forward to further discussions and activities supporting the connection between research excellence and practical implementation.

DEMADES Team at the Launch of PERUN Supercomputer (27 April 2026) 

The DEMADES project team participated in the official launch of the PERUN supercomputing infrastructure at the Slovak Academy of Sciences on April 27, 2026, an event that marked a major step forward for high-performance computing in Slovakia and a particularly important moment for research efforts relying on advanced simulations and data-driven methods. With a peak performance of 14.5 PFLOP/s, PERUN significantly expands the national computational capacity and creates new opportunities for tackling complex scientific challenges that were previously out of reach. For the DEMADES project, which focuses on designing efficient catalysts for green hydrogen production, access to such infrastructure is not only beneficial but also essential.

The DEMADES research is built on a close integration of density functional theory (DFT), artificial intelligence (AI), and machine learning (ML), all of which require substantial computational resources to reach their full potential. At the atomic level, DFT provides detailed insight into catalyst behavior, allowing the team to understand adsorption energies, reaction mechanisms, and the electronic structure of candidate materials. However, the number of possible material compositions and geometries relevant for HER is vast, making purely physics-based exploration too slow when applied in isolation. By combining these simulations with AI and ML models trained on DFT data, the DEMADES team is able to predict catalytic properties across large chemical spaces, identify promising candidates, and guide further simulations in a highly efficient way.

The availability of PERUN enables this approach to scale to a new level, allowing large datasets to be generated, more sophisticated models to be trained, and significantly broader regions of the materials landscape to be explored. This creates a continuous feedback loop in which high-quality simulation data informs ML models, and those models in turn accelerate the discovery of new catalyst structures that can be validated again through high-accuracy calculations. Such an approach not only speeds up discovery but also improves the reliability of predictions, which is crucial for translating theoretical insights into practical catalytic systems.

Participation in the opening of PERUN also reflects the strong alignment of the DEMADES project with broader national and European priorities in artificial intelligence and high-performance computing. The discussions held during the event emphasized that modern research increasingly depends on the ability to process large volumes of data and solve computationally intensive problems, and that investments in infrastructure such as PERUN are key to maintaining competitiveness in science and innovation. For the DEMADES team, this new capability represents an opportunity further to strengthen its position within the international research community and to contribute to the development of sustainable energy technologies.

By leveraging PERUN, the DEMADES project moves closer to its goal of accelerating the discovery and optimization of HER catalysts through a combination of first-principles modeling and data-driven methods. The team sees this infrastructure not just as a technical resource, but as a foundation for a new way of conducting research, where advanced computation and intelligent algorithms work together to address one of the central challenges of the energy transition.

DEMADES in the Media: 

Assoc. Prof. Anna Kityk on Spektrum 24 

Assoc. Prof. Mgr. Anna Kityk, PhD, a leading researcher in the DEMADES project, recently appeared in the television program Spektrum 24 broadcast on JOJ 24. The episode focused on green hydrogen as a promising fuel of the future and its role in the transition toward sustainable energy systems.

During the interview, Dr. Kityk highlighted selected research outcomes relevant to the DEMADES project, particularly advancements in the development of efficient electrocatalysts for green hydrogen production. These innovations contribute to improving the performance and sustainability of hydrogen generation technologies, which are essential for reducing carbon emissions and supporting clean energy transformation.

The discussion also addressed broader perspectives on renewable energy sources and emphasized the growing importance of green hydrogen within the global energy landscape. Dr. Kityk shared insights into current challenges, future opportunities, and the role of research and innovation in accelerating the adoption of hydrogen-based solutions.

An important aspect of the interview was the communication of science to the wider public. Making complex topics such as hydrogen technologies more understandable and accessible is crucial for increasing public awareness and acceptance of sustainable energy solutions - an objective closely aligned with the DEMADES project.

The full episode of Spektrum 24 featuring Dr. Kityk can be viewed here:
https://joj24.noviny.sk/spektrum-24/1190527-spektrum-24-o-zelenom-vodiku-palive-buducnosti

DEMADES Project Team Participated in the "Grants & Startups" Event in Bratislava 

(11 March 2026)

On 11 March 2026, Bratislava hosted the "Grants & Startups" event, bringing together more than 100 startup founders, investors, and innovation ecosystem stakeholders to discuss an important question: Do grants make sense for startups?

The discussion highlighted that grant funding plays an important role in supporting innovation and early-stage ventures. Several examples from Slovakia demonstrated how startups and technology projects have successfully used grant funding to advance their technologies, enter the market, and attract investors. At the same time, the panel openly addressed challenges within the current funding landscape, discussing what works well, what needs improvement, and which new support instruments are being prepared.

Members of the DEMADES project team participated in the event, engaging with representatives of the startup ecosystem and contributing to discussions on how grant funding can support the development and scaling of innovative technologies.

A key message from the event was the importance of collaboration within the Slovak startup ecosystem. In an environment with limited resources, cooperation between organisations, investors, experts, and startups is essential to strengthen innovation and support the growth of promising ventures.

The discussion will continue through a series of practical webinars focused on grant opportunities for startups, where participants will gain insights into specific programmes and learn how to use them effectively.

Upcoming webinars

• EIC Accelerator 2026 – What's new? (9 April 2026)

• FAQs for the Horizon Europe "Innovative Europe" Pillar – EIC/EIE/EIT (16 April 2026)

The event also demonstrated the value of cooperation among organisations supporting innovation and entrepreneurship in Slovakia, highlighting that a connected and collaborative ecosystem is key to enabling innovative projects and startups to grow and succeed.

New Scientific Publication Highlights the Role of
AI and Machine Learning in Catalyst Research 

The DEMEADES project team is proud to announce the publication of a new scientific article focusing on modern approaches to catalyst research and development, with particular emphasis on the integration of artificial intelligence (AI) and machine learning (ML) methodologies. The publication contributes to the rapidly evolving field of data-driven materials science and supports the strategic research direction of the project toward advanced catalytic systems.

The published work reflects the growing recognition that conventional catalyst discovery methods based on trial-and-error experimentation are no longer sufficient to address current technological and energy challenges. The integration of AI and ML enables researchers to analyze complex datasets, predict catalyst performance, and optimize synthesis parameters with significantly improved efficiency and reduced development time. These technologies allow the identification of structure–property relationships that were previously difficult to uncover, accelerating the discovery of high-performance catalytic materials.

Modern AI-assisted approaches also support high-throughput screening, automated experimentation, and predictive modeling, which together form a new paradigm in catalyst development. By combining computational methods with experimental validation, researchers can explore vast chemical spaces more effectively and design catalysts tailored for specific reactions and applications.

For the DEMEADES project, the adoption of these cutting-edge technologies is essential to remain at the forefront of catalyst research and to strengthen international competitiveness. The publication demonstrates the project team's commitment to implementing innovative research tools and interdisciplinary methodologies that align with current European research priorities in sustainable energy and advanced materials.

We believe that integrating AI and machine learning into catalyst development will play a crucial role in the future continuation of DEMEADES research activities, opening new opportunities for collaboration, funding, and scientific impact.

For more details: https://doi.org/10.1016/j.est.2026.120391

DEMADES Project Team Continues Momentum with Participation in Horizon Project Kick-Off Meeting
(9 February 2026)

The DEMEADES project team never stops moving forward. Our researchers recently participated in a kick-off meeting focused on upcoming EU funding opportunities within the Horizon Europe framework. The event provided valuable insights into future calls, partnership building, and strategic directions for collaborative research in advanced materials and sustainable technologies.

For the DEMEADES consortium, it is critically important to maximize all available opportunities to continue the promising research activities initiated within the DEMADES project and to secure new funding that will enable further scientific and technological progress. Maintaining continuity of research and expanding international cooperation remain key priorities for our team.

In this context, the addsen initiative represents an excellent strategic pathway to build new collaborations and develop competitive project proposals aligned with European priorities. Participation in the kick-off meeting allowed the team to explore potential partnerships and identify directions for future joint applications.

We are looking forward to preparing new project proposals and continuing our work, building on the strong foundations created by DEMEADES, with the ambition to deliver impactful research and innovative solutions in the years ahead.

DEMADES Project Leader Anna Kityk Presented Latest Results at International Evaluation Meeting 

(20 January 2026)

Assoc. Prof. Anna Kityk, DEMADES project leader, participated in the International Advisory Board evaluation meeting of the Centre for Advanced Materials Application SAS (CEMEA SAS), held on 20 January 2026. The meeting brought together members of the International Advisory Board, leading international experts, to assess the scientific performance and strategic development of the CEMEA SAS.

During the meeting, Dr. Kityk presented the latest research results achieved within the project, focusing on advanced catalyst development and innovative material approaches for energy-related applications. The presentation highlighted recent progress and demonstrated the strong potential of the research for future technological implementation.

Importantly, the event provided a valuable platform for establishing new international collaborations and strengthening existing partnerships. Discussions during the meeting helped create a foundation for future joint research initiatives and participation in international projects with leading global research institutions, particularly the Fraunhofer Institute.

Participation in this high-level evaluation meeting reinforced the international visibility of the project and opened new opportunities for cooperation, knowledge exchange, and joint project development at the European and global levels.

DEMADES Project Team Wins Prestigious Competition 

The DEMEADES project team is proud to announce its success in a prestigious competition organized under the umbrella of the ESET and Civitta. This achievement highlights the excellence, innovation potential, and scientific impact of the research carried out within the DEMEADES project.

The competition brought together outstanding research teams presenting advanced technological solutions and innovative scientific approaches. The success of our team confirms the high level of expertise in the field of advanced materials and catalytic systems development, which represents one of the key pillars of DEMEADES research activities.

Participation in such high-level competitions is extremely important not only for increasing the visibility of project results but also for strengthening interdisciplinary collaboration and promoting the transfer of knowledge toward practical applications. Recognition by an international-level evaluation platform motivates the team to further pursue ambitious research goals and continue developing breakthrough solutions in catalyst design and sustainable technologies.

This award also reflects the strategic importance of cutting-edge research infrastructures and collaborative scientific environments, which enable the DEMEADES team to compete successfully with leading research groups.

The DEMEADES team looks forward to further challenges, new research opportunities, and continued excellence in scientific innovation.

https://www.sav.sk/?lang=sk&doc=services-news&source_no=20&news_no=13264

DEMADES Project Team Begins Joint Testing of Novel Electrochemical Treatments with Singapore Partners 
(27 November 2025)

On 27/11/25, the DEMADES project team members have started joint testing of various electrochemical treatments developed at CEMEA SAS in collaboration with partners from Singapore.

This marks a significant step in international cooperation and technology transfer, opening new opportunities for collaboration, knowledge exchange, and the advancement of cutting-edge solutions. 

DEMADES project team members are excited to embark on this important phase, strengthening global partnerships and driving innovation forward.

DEMADES project team members at the
Challenger Science Program Semifinal 
(25 November 2025)

On 25/11/25 DEMADES project team members had the incredible opportunity to participate in the semifinal of the Challenger Science Program, organized by ESET, Civitta, and their partners. The experience was truly inspiring.

The atmosphere was warm, supportive, and collaborative; all participants didn't feel like competitors, but like part of one big team of friends. During the semifinal, all presented their ideas, work, teams, business plans, and their vision for the future. It was both exciting and motivating to respond to the jury's questions, challenge ourselves in front of a larger audience, and learn more about the remarkable work of all participating teams.

DEMADES project team members are thrilled to share that their team has been selected for the final, an honor that allows them to stand alongside so many talented and inspiring innovators. Programs like this fuel their motivation to grow, improve, and continue advancing on their entrepreneurial journey.

A heartfelt thank you to everyone who makes the Challenger Science Program possible! 🌟

DEMADES Project: Beyond Routine Science Toward Industrial Solutions (20 November 2025)

DEMADES project team demonstrates that scientific expertise can reach far beyond routine laboratory work and deliver practical, high-value solutions to real industrial players.

Under the leadership of CEMEA, DEMADES team is actively breaking traditional barriers between research environments and industry expectations. Instead of limiting progress to academic outputs, the project focuses on understanding industrial needs, building efficient cooperation models, and translating scientific know-how into market-ready applications.

This approach has already led to significant advances: development of business-oriented proposals, engagement with potential investors, strategic IP protection, and preparation for industrial-scale implementation of DEMADES innovations.

The project continues to grow, with the DEMADES team serving as a strong example of how scientists can drive entrepreneurship, create tangible impact, and contribute directly to Europe's industrial competitiveness.

TREND Podcast: How Researchers and Industry Turn Ideas into Real Solutions (14 November 2025)

DEMADES project was recently featured in a TREND podcast, where we discussed one of the core topics of our work: effective collaboration between research institutions and industry. The goal is clear: to shorten the path from an idea to a real solution that can be implemented in the market.

Researchers and Industry – Partners, Not Distant Observers

As Anna Kityk, DEMADES project leader, from Centre for Advanced Materials Application, Slovak Academy of Sciences explains,
"We aim to break the stereotype that scientists do nothing useful for industry. On the contrary, we identify what business and practice need, so that our scientific know-how can truly support industrial partners".

In DEMADES, this approach is particularly relevant. The project team is exploring opportunities in different sectors where nanostructured catalysts and advanced materials can make a tangible impact.

What the Podcast Covers

In the podcast, moderated by Veronika Vaňková, listeners can learn about:

• How laboratory research can respond to real industrial needs.

• Bridging the gap between fundamental research and applied solutions.

• Challenges and opportunities in transferring scientific ideas to real-world applications.

• Examples of collaboration in the automotive industry and beyond.

The podcast highlights that DEMADES is not just an academic project; it is a living platform where research and industry come together to create practical solutions for the future of sustainable technologies.

Listen to the Full Episode

🎙️ The full conversation will be available soon on TREND podcast, where Anna Kityk shares insights into how DEMADES combines science and industry to accelerate the journey from idea to market-ready implementation.

#VVpodcast #AnnaKityk #VeronikaVaňková

DEMADES Project Strengthens International Cooperation with French Institutions 

On 12 November 2025, Assoc. Prof. Mgr. Anna Kityk, PhD, as the leader of DEMADES project team, participated in an important meeting with representatives from French Embassy and Institut Français in Bratislava. The discussions focused on exploring opportunities for collaboration between DEMADES project members and French research institutions, intending to foster innovative partnerships in the field of our research activities.

During the meeting, both sides exchanged ideas on potential joint initiatives, research collaborations, and knowledge-sharing programs. The discussions highlighted the importance of international cooperation in advancing scientific research and creating synergies that can contribute to impactful outcomes in our respective domains.

DEMADES project team is committed to building strong and sustainable international relationships, recognizing that collaboration with leading institutions in France can open new avenues for research excellence, capacity building, and cross-border innovation. These efforts align with our ongoing mission to strengthen the global network of research partnerships and enhance the overall impact of our projects.

We would like to extend our sincere thanks to Thomas Perrin, Attaché for Scientific and University Cooperation at French Embassy in Slovakia, for organizing and hosting this amazing and fruitful meeting. His support and engagement played a crucial role in making this discussion productive and inspiring.

DEMADES project remains dedicated to promoting knowledge exchange, joint research initiatives, and international cooperation, which are crucial for addressing global challenges and achieving our long-term objectives. We look forward to translating these discussions into concrete collaborative projects in the near future.

Košice Team of DEMADES Presents Research and Collaboration Opportunities at Traditional Day of Open Doors (12 November 2025) 

On 12 November 2025, within the Week of Science and Technology in Slovakia, Institute of Materials Research of Slovak Academy of Sciences (ÚMV SAV, v. v. i.) in Košice opened its doors to the public as part of the traditional Day of Open Doors.

In the innovative electrotechnical laboratory, the Košice team of DEMADES project presented ongoing research focused on the development of advanced nanostructured electrocatalysts for green hydrogen production. This work is part of the research initiative Development of advanced nanostructured materials for electrocatalysis using environmentally friendly deep eutectic solvents, financed by European Union through the Recovery and Resilience Plan of Slovak Republic.

Visitors learned about the principles of green chemistry, the fundamentals of electrocatalysis, and the nanostructuring techniques used in the preparation of new, efficient, and sustainable catalysts. These materials are based on Ni, Co, Mo, Fe, and composites containing sulfur and phosphorus, and are designed to replace expensive platinum-based electrodes.

DEMADES project connects research teams from different regions of Slovakia, ensuring a multidisciplinary collaboration among specialists in materials science, electrochemistry, catalysis, and chemical engineering. The Košice team actively participates in research, dissemination of results, and outreach activities, strengthening cooperation between institutions and engaging the public in modern scientific challenges.

The participation of DEMADES team in this event demonstrated the project's commitment to promoting science, innovation, and regional cooperation as key components of Slovakia's path toward a sustainable hydrogen economy.

Inspiring the Next Generation of Scientists 

(11 November 2025) 

The Day of Open Doors at Slovak Academy of Sciences welcomed enthusiastic gymnasium students eager to explore the fascinating world of science and technology. Among the highlights of the event was the presentation by Centre for Advanced Materials Application (CEMEA SAS) together with DEMADES Project, showcasing modern 3D printing technologies and their applications in cutting-edge research.

Visitors had the chance to experience interactive demonstrations of 3D printing with polymer (PLA) materials. Guided by DEMADES project team, young explorers could design and print small parts on-site, witnessing firsthand how digital models become tangible objects.

Our experts also introduced students to the innovative goals of DEMADES project, emphasizing how additive manufacturing technologies, 3D printing, are being utilized for the development of new catalysts for green hydrogen production. This connection between advanced materials, sustainability, and future energy technologies inspired many of the young attendees to consider careers in science and engineering.

Through such outreach activities, DEMADES aims to encourage curiosity, creativity, and scientific thinking among young generations, paving the way for the scientists and innovators of tomorrow.

DEMADES Team Attends Workshop on Intellectual Property Protection (4 November 2025) 

DEMADES project team recently participated in an insightful workshop on Intellectual Property (IP) Protection, organized by ESET and Civitta. The session featured an invited international expert who guided participants through the best practices and strategic importance of intellectual property management.

During the workshop, we explored a wide range of essential issues, including:

• Different types of intellectual property and how to protect them

• Practical steps to prevent IP from being copied or misused

• Ways to leverage IP to strengthen market position and access new markets

• How to transform IP into a strategic and monetization tool

• The technology transfer process – from an initial idea to a successfully assigned patent

For DEMADES team, this knowledge is invaluable. As we continue developing innovative solutions, understanding how to safeguard and strategically utilize our know-how is essential. We are eager to patent our innovations and bring them to market, ensuring that our intellectual assets contribute to sustainable growth and competitiveness.

We are grateful to ESET, Civitta, and the expert speakers for an inspiring and practical workshop that empowers our team to turn innovation into lasting impact.

An Inspiring Experience at the Latest Challenger Science Workshop by ESET and Civitta (28 October 2025) 

DEMADES Project Team is delighted to share our amazing experience from the recent Challenger Science Workshop, organized by ESET and Civitta.

This inspiring event opened the doors to the world of investments, innovation, and entrepreneurship, giving us valuable insights into how to attract funding for our ideas, companies, and start-ups. We had the privilege to meet and learn from brilliant mentors such as Michal Nešpor (Crowdberry) and Andrej Ďula (Rezztek), who shared their experience and knowledge about different investment strategies and the secrets behind successful pitching.

Throughout the workshop, we explored how to effectively communicate our vision, from a quick elevator pitch to a full-scale business presentation, and how to introduce our products and ideas to potential investors confidently.

Our participation in this workshop was an invaluable opportunity for DEMADES team to grow, connect, and strengthen our entrepreneurial mindset.

We would like to express our heartfelt thanks to ESET, Civitta, the Challenger Science initiative, and the amazing mentors for organizing such an inspiring and educational experience.

We are proud to be part of a community that supports innovation, collaboration, and the growth of young entrepreneurs.

#DEMADES #ChallengerScience #ESET #Civitta #Innovation #Entrepreneurship #Investment #Pitching

DEMADES Project Participation in Online Event  "Public Research Organisations and Innovation in Europe" (22 October 2025) 

DEMADES project team participated in the online event "Public Research Organisations and Innovation in Europe", held on 22 October 2025. Organized by the European Patent Office (EPO) Observatory, the event marked the launch of new findings and an update to the Deep Tech Finder tool.

The programme explored how public research drives innovation and patenting activity in Europe, featuring discussions with leaders from some of Europe's largest public research organisations. Key sessions included:

• Mapping innovation and patenting in public research organisations

• The evolving role of public research in Europe

• Spinouts, partnerships, and the EPO Deep Tech Finder

• Strengthening European competitiveness through collaboration in public research

Participation in this event provided valuable insights into the evolving landscape of European public research, innovation, and technology transfer. It aligns closely with DEMADES project's mission to foster collaboration, innovation, and sustainable technological development within Europe's research community.

DEMADES Project Team at the H2SK Forum – 21.10.2025 

Hydrogen is the fuel of the future 💧⚡
We may not claim it will replace every energy source, but it will undoubtedly play a key role in our sustainable energy mix.

On 21.10.2025, DEMADES project team participated in the H2SK Forum, actively contributing to shaping this visible hydrogen future through research, production, transportation, implementation, legislation, and collaboration, including work on EU-based Hydrogen Valleys 🇪🇺

We at DEMADES project team are proud to be part of these innovations and this inspiring journey toward a cleaner, sustainable future 🌍✨

At the H2SK Forum, we engaged with top experts, policymakers, scientists, and international guests, sharing knowledge, building connections, and advancing the development of hydrogen.

#Hydrogen #H2SK #Energy #Sustainability #HydrogenEnergy #SustainableFuture

Assoc. Prof. Anna Kityk, PhD – Winner of the L'Oréal–UNESCO For Women in Science Talent Program in Slovakia 2025 

We are proud to share wonderful news from the DEMADES project team! 🎉

Assoc. Prof. Mgr. Anna Kityk, PhD, leader of DEMADES project, has been awarded the prestigious L'Oréal–UNESCO For Women in Science Talent Program 2025 in Slovakia, in the category of Formal and Physical Sciences ⚛️

This international recognition honors outstanding women scientists whose research contributes to solving some of today's most pressing global challenges. The award highlights Dr. Kityk's dedication and scientific excellence in the field of sustainable energy and hydrogen technologies, as well as her inspiring role in promoting women's participation in science and engineering.

"It's a wonderful feeling when your work is recognized and supported. This award gives me new energy and motivation to continue developing technologies that bring us closer to a cleaner, more sustainable future," said Dr. Kityk.

Under her leadership, DEMADES project focuses on advanced materials and energy-efficient methods for green hydrogen generation, which play a key role in Europe's transition toward carbon neutrality. Her success reflects not only her personal achievements but also the innovative and collaborative spirit driving DEMADES research team.

We sincerely congratulate Assoc. Prof. Anna Kityk on this well-deserved recognition and thank her for her commitment to advancing sustainable energy research 🌿💧

#ForWomenInScience #GreenHydrogen #Sustainability #DEMADES #CleanEnergy

🌍 DEMADES Team Joins IAM-I "Energy" 

Kick-Off Meeting 

The Innovative Advanced Materials Initiative (IAM-I) is an international non-profit association leading the IAM4EU partnership, which aims to build a Europe-wide, cross-sector R&I ecosystem to accelerate the market uptake of sustainable advanced materials. IAM-I brings together stakeholders across the full materials value chain to foster innovation for a digital and circular economy.

As DEMADES project leader, A. Kityk proudly represents the team within this initiative, focusing on innovative materials for Energy.

On October 8, 2025, A. Kityk participated in the kick-off meeting of the "Energy" team, where members discussed future work plans, clarified their mission, and set directions for collaboration. The discussions emphasized the critical role of advanced materials in driving Europe's energy transition and in supporting the development of EU strategies for sustainable energy technologies.

A significant journey lies ahead, and DEMADES project team is ready to contribute its expertise and enthusiasm to move forward together in shaping the future of advanced materials for the Energy sector.

#IAM4EU #DEMADES #Innovation #AdvancedMaterials #Sustainability #EnergyTransition #EUResearch #CircularEconomy

DEMADES Project Team at Challenger Science Workshop: From Research Idea to Business (7/10/2025) 

It has already become a great tradition for our DEMADES project team to take part in Challenger Science workshops, and this week was no exception!
On October 7, 2025, we joined the inspiring session "Identifying Commercial Opportunities & Lean Startup", led by Vojtech Kadlec. The workshop was an in-depth exploration of the innovation process, examining how to assess the added value of our ideas, enhance manufacturing, strengthen branding and marketing, and establish a solid foundation for commercial success.
A highlight of the day was the discussion around Cambridge Radar, a practical tool that helps evaluate the level of innovation and identify areas for improvement. Through interactive exercises, teamwork, and engaging discussions, we gained valuable insights into transforming innovative ideas into impactful business solutions.
We are excited to continue our journey from idea to business together with ESET and Civitta, and to keep pushing the boundaries of innovation within DEMADES project!

#Innovation #DEMADES #ChallengerScience#Workshop #ESET #Civitta#Entrepreneurship#ResearchToBusiness

Workshop on Customer Discovery with KU Leuven Technology Transfer Expert 

On 30 September 2025, DEMADES project team participated in an insightful workshop on Customer Discovery, led by Zuzana Kasanova, Business Development Manager at KU Leuven (Belgium).
The session introduced to our team key concepts in:
-Identifying and searching for potential customers;
-Effective communication and interaction strategies;
-Improving approaches to building and maintaining customer relationships.

For us, as patent holders and innovators, these insights are particularly valuable in learning how to present and commercialize intellectual property results, as well as in developing spin-offs and start-ups. Understanding customer needs and engagement strategies is crucial in bridging the gap between groundbreaking research and real-world market applications.

This workshop directly supports the mission of DEMADES project. By integrating business development skills with our scientific expertise, we strengthen our ability to bring sustainable and scalable solutions to society.

#challengerscience#eset#civitta#

DEMADES & CEMEA SAS at European Researchers' Night 2025 

The European Researchers' Night 2025 once again brought science closer to the public, offering an inspiring mix of national and international research projects presented in an engaging and accessible way. This year's theme, CHAOS: Searching for Order in an Unpredictable World, highlighted how science and technology can uncover hidden patterns and provide solutions to challenges that may appear unpredictable or uncertain.

The DEMADES project team, CEMEA SAS, proudly participated in this prestigious event with two interactive presentations, showcasing bold ideas for the future of space exploration.

1st Interactive presentation: 🌌 Martian Sands – Oxygen and Water Beyond Earth

One of humanity's greatest challenges in space is ensuring access to oxygen and water. Martian rock, containing more than 25% oxygen by weight, offers a promising solution. By extracting oxygen as a by-product in the production of metals through melt chemistry, researchers are developing sustainable methods to support human life beyond Earth.

At European Researchers' Night 2025, visitors joined a lively scientific discussion and experienced a hands-on demonstration led by DEMADES project member Viliam Pavlík (CEMEA SAS), exploring:

• Hydrogen and oxygen production

• Martian soil sample analysis

2nd Interactive presentation: 🏗️ Lunar Bricks & Martian Concrete – Building the Future Together

Can we build on other planets without transporting materials from Earth? Our second presentation explored how 3D printing with extraterrestrial soil (regolith) could allow the construction of sustainable habitats on the Moon and Mars.

During the event, participants saw 3D-printed models of lunar and Martian dwellings, even took home their own piece of space architecture, and learn how minerals like aluminum, iron, and calcium oxides, together with confirmed water sources, could enable future colonization projects.

CEMEA SAS team presented this project in an interactive, engaging format, covering topics such as:

• Cement mixture development

• Material corrosion analysis

• Electrochemical processes

🌟 DEMADES Commitment to Science Popularization

Both projects were supported by the Small Grant Scheme of the Slovak Academy of Sciences, aimed at promoting science in Slovakia. For DEMADES team, participation in European Researchers' Night 2025  was an excellent opportunity to share our innovative ideas with the public, inspire curiosity, and demonstrate how advanced materials and innovative technologies are key to shaping the future, whether on Earth, the Moon, or Mars.

By bringing complex scientific ideas closer to society, DEMADES and CEMEA SAS reaffirm their commitment to bridging research and public understanding, ensuring that science remains both accessible and impactful.

DEMADES Team at the Innovation and Digital Transformation Conference in Bratislava 

On September 26, 2025, DEMADES project team had the pleasure of participating in the Innovation and Digital Transformation Conference, held at the DoubleTree by Hilton in Bratislava.

This dynamic event brought together leading experts from science, entrepreneurship, the business sector, banking, finance, and IT. It created a unique platform for lively discussions on the most advanced innovations and the many ways digital transformation is reshaping industries to make them more efficient, competitive, and sustainable.

A key focus of the conference was the role of artificial intelligence (AI) as a true game-changer. AI-driven technologies, digital resources, and laboratory automation are now at the forefront of scientific and technological progress, offering unprecedented opportunities for transformation. These advancements are also central to the mission of DEMADES project.

For our team, the conference provided valuable insights into the latest global trends in IT, financing, and startups, all of which are crucial to our ambition of developing cutting-edge technologies and successfully bringing them to market.

At DEMADES, we remain committed to staying at the heart of innovation. By actively engaging with the scientific and entrepreneurial community, we ensure that our project is aligned with the most important transformations in science and technology. Our vision is not only to develop breakthrough solutions but also to explore opportunities for startup creation and market implementation.

Together, we work toward a future where innovation and digital transformation drive meaningful change.

DEMADES Team to Join Landmark EPO Observatory Event on Public Research and Innovation 

On 22 October 2025, DEMADES project team will take part in a key online event organised by the EPO Observatory, marking the launch of the first Europe-wide study on public research organisations (PROs) through the lens of patenting, spinouts, and cross-sector collaboration.

This event brings together leading European institutions and experts to discuss the evolving role of public research in strengthening Europe's competitiveness and innovation capacity. With sessions covering topics such as:

• Mapping innovation and patenting in PROs

• The evolving role of public research in Europe

• Spinouts, partnerships and the EPO Deep Tech Finder

• Strengthening competitiveness through collaboration

The conference promises to provide unique insights into how Europe's public research organisations are shaping the future of science, technology, and industrial innovation.

For DEMADES team, participation in this event is highly relevant. The findings and discussions are directly linked to our project's mission: to develop advanced technologies, enhance collaboration opportunities, and explore pathways for effective market implementation. Understanding how European research ecosystems operate and how patenting, spinouts, and partnerships accelerate innovation provides valuable input for our project development and implementation strategies.

By staying closely connected with European research and innovation dynamics, DEMADES team continues to position itself at the forefront of scientific and technological transformation.

DEMADES project and Hydrogen Strategy for Slovakia: 3rd Hydrogen Workshop in Bratislava 24/09/2025

Hydrogen strategy is of crucial importance for Slovakia, both as part of the European Union's broader decarbonization concept and as a pillar of the country's energy independence in times of geopolitical instability.

On September 24, 2025, the 3rd Hydrogen Workshop took place at NH Bratislava Gate One, bringing together experts, policymakers, and researchers to discuss the most pressing hydrogen-related issues in Slovakia. Topics ranged from legislative frameworks, safe utilization, and efficient production methods with minimal resource waste, to the future prospects of hydrogen as the cleanest gas and the potential for producing green hydrogen through electrolysis powered by renewable energy sources.

Participants of DEMADES project were actively engaged in the workshop. Their presence ensured close monitoring of all discussions to understand better the key challenges and opportunities facing the hydrogen industry. The project's involvement highlights the importance of innovative solutions and collaborative approaches that can enhance the efficiency and sustainability of hydrogen production.

Special thanks go to Julia Kotulová (Earth Science Institute, Slovak Academy of Sciences) for her insightful speech on the importance of science funding in hydrogen-related research and development. As she emphasized, science is undoubtedly the key to solving the challenges of the hydrogen economy.

We extend our gratitude to all participants and organizers for making this initiative possible. DEMADES project remains committed to supporting innovation and contributing to the advancement of hydrogen strategies in Slovakia and beyond.

Challenger Science Workshop: Exploring Design Thinking 

On September 23, a new session of the Challenger Science program took place, organized by Civitta and ESET, with DEMADES project team actively participating.

The highlight of the meeting was an engaging workshop on Design Thinking led by Adam Brocka. Participants were introduced to the fundamentals of design thinking, an approach that encourages a holistic view of problems, in-depth analysis, and the identification of effective solutions. Special attention was given to active listening, empathy in client communication, and the ability to design products that meet real customer needs and create genuine market value.

The workshop also emphasized how constraints can stimulate innovation, as well as the importance of teamwork, efficient communication, and achieving goals collaboratively. Such skills are essential in the ongoing effort to commercialize scientific solutions and successfully bring products to market.

The session concluded with an inspiring talk from Pavol Turčina, CEO of GO SPACE LABS, who shared his entrepreneurial journey and insights into building a successful company. His story served as strong motivation for participants, reinforcing the belief that today's efforts may one day evolve into tomorrow's success stories.

Future workshops are eagerly anticipated, with confidence that the knowledge gained will continue to support progress within the Challenger Science program.

#Challengerscience#civitta#ESET

DEMADES Project Team Opens New Horizons in the Challenger Science Program 

On 16 September 2025, the Challenger Science Program, organized by ESET and Civitta, officially began and our DEMADES project team (ElectroChemTech) is proud to be part of this inspiring initiative.

This unique program offers a journey from research to real-world impact. What could be more valuable than learning how to:

• turn a research idea into a strong business plan,

• develop public speaking skills,

• present research in the most engaging way,

• design a market-ready product,

• connect freely with potential partners,

• and build an attractive and sustainable business?

We were inspired by powerful talks from outstanding lecturers, met amazing people from different research areas and industries, and gained valuable insights from ESET and Civitta experts.

The introduction was truly amazing, and we are excited to continue this journey - building essential skills to disseminate our research outputs and bring them closer to society.

A big thank you to the organizers and all participants. We are proud and thrilled to be part of such an important initiative.

#challengerscience

DEMADES Project at IAM-I Working Groups Meeting

4.09.2025  DEMADES project, represented by project leader Anna Kityk, participated in the IAM-I (Innovative Advanced Materials Initiative) working groups meeting. IAM-I is an international non-profit association driving the IAM4EU partnership, with the goal of creating a Europe-wide, cross-sector R&I ecosystem that accelerates the market uptake of sustainable advanced materials. It brings together stakeholders across the entire materials value chain and researchers to support innovation for a digital and circular economy.

During the meeting, participants focused on establishing the structure and functioning of IAM-I working groups, including:

1. Defining work processes and reporting systems;
2. Assigning responsible persons for each working group;
3. Planning the next steps for the initiative.

The IAM-I working groups cover key topics across advanced materials innovation:

WG#1 – AI, Materials Digitalization & Data Management – Ladislav Hluchý / Martin Bobák;

WG#2 – Resilient & Circular Value Chains – Martin Nosko;

WG#3 – Materials Innovation Markets (Construction) – Miroslav Čekon;

WG#4 – Materials Innovation Markets (Electronics) – Milan Ťapajna;

WG#5 – Materials Innovation Markets (Energy) – Anna Kityk;

WG#6 – Materials Innovation Markets (Mobility) – František Simančík;

WG#7 – Materials Innovation Markets (Health) – Juraj Kronek.

Participation in this meeting allows DEMADES and Slovak Academy of Sciences to actively contribute to shaping the future of advanced materials innovation, exchange expertise across sectors, and support sustainable and circular approaches in research and market development.

We extend our thanks to all participants for their valuable contributions and special thanks to Martin Nosko for organizing this amazing event, as well as for creating the opportunity for SAS and DEMADES to be part of this exciting European initiative.

DEMADES Project at Slovak Hydrogen Workshop – 

24 September 

The DEMADES project team will participate in the final session of a series of hydrogen-focused workshops, organized by the Ministry of Economy of the Slovak Republic in collaboration with the National Hydrogen Association of Slovakia, taking place in Bratislava on 24 September.

The workshop will focus on:

Legislative updates and national hydrogen support policies

Strategic planning for Slovakia's hydrogen ecosystem up to 2050

Regulatory frameworks, technical standards, safety, and permitting for hydrogen infrastructure

Participation in this event will allow DEMADES to stay updated on the latest hydrogen-related developments, ensuring our research on novel electrocatalysts using eco-friendly Deep Eutectic Solvents (DESs) aligns with national and EU goals. Insights from the workshop will support the project's mission to advance clean, sustainable hydrogen production, contributing to the EU Green Deal, EU Hydrogen Strategy, and global decarbonization efforts.

Stay tuned for updates on our activities and insights from the workshop.

Advanced Electrochemical Training Course for DEMADES Project Team

On August 29th, the Center for Advanced Materials Application (CEMEA SAS) had the pleasure of hosting participants from DEMADES project for an intensive, one-day training course in our Advanced Electrochemical Engineering Laboratory. Led by DEMADES project leader, Assoc. Prof. Anna Kityk, PhD, the course focused on key aspects of green hydrogen production.

The session integrated theoretical principles with hands-on practice, covering the following:

Electrocatalysis Fundamentals: A review of the Hydrogen and Oxygen Evolution Reactions (HER and OER), including key concepts like overpotential and catalyst design strategies.

Catalyst Synthesis: A practical session on electrodeposition, allowing participants to synthesize nickel-based alloys and composites.

Advanced Characterization: Participants learned how to analyze catalyst properties, such as corrosion resistance, using electrochemical measurements.

Performance and Durability: The day concluded with a deep dive into measuring catalytic activity and stability through various electrochemical tests.

The goal of this program was to provide DEMADES project team with a solid foundation in experimental electrochemistry, thereby driving the project's success in developing next-generation electrocatalysts for efficient green hydrogen production.

DEMADES Project Team  Has Won ESET Challenger Science Grant

We are excited to announce that the DEMADES project team has been selected to receive a grant for participation in the Challenger Science program, a special initiative by ESET aimed at helping scientists in Slovakia develop their entrepreneurial potential.

The program offers an intensive combination of workshops, networking opportunities, and personalized guidance to support researchers in:

-Developing entrepreneurial thinking and skills;
-Building relationships with partners and potential customers;
-Identifying opportunities for commercialization;
-Preparing impactful presentations.
Participants will also benefit from individual mentoring and coaching, ensuring that their innovative research ideas have the best chance to reach real-world impact.

The program is organized in partnership with Civitta, an organization with extensive experience in mentoring startups, and supported by the European Institute of Innovation and Technology (EIT).
With only 30 spots available nationwide for PhD students and senior researchers from Slovak educational and research institutions, our selection marks an important milestone for DEMADES. 

We look forward to leveraging this opportunity to bring our research closer to practical applications and to strengthen its societal impact.

Stay tuned for updates as we embark on this exciting journey!

#challengerscience#eset

Anna Kityk and Viliam Pavlik, DEMADES' Key Researchers, Featured in Academia Journal  

We are delighted to share that two of DEMADES' key researchers, Anna Kityk and Viliam Pavlik, are featured in the latest issue of Academia Journal. The article offers a unique glimpse into their inspiring professional journey, their significant research achievements within the DEMADES project, and their life together as a couple united by both science and love.

Anna and Viliam's story highlights the human side of scientific work, showing that groundbreaking research and personal connection can go hand in hand. Engaging with the public through such publications is an important part of our mission, helping to make science accessible, relatable, and inspiring.

We thank Stanislava Longauerová, editor-in-chief of Academia Journal, for the thoughtful and motivating interview, and Martin Bystriansky for the beautiful photography that captured their story.

Shaping Future Innovators: DEMADES at the Summer School of Young Scientists 

🔬 DEMADES Project Inspires Future Scientists at the 2025 Summer School of Young Scientists

From July 14th to 18th, 2025, the Center for Advanced Materials Application (CEMEA SAS) welcomed a group of bright, curious students to take part in the Summer School of Young Scientists, a week filled with discovery, creativity, and hands-on science. The DEMADES project team was proud to play an active role in this inspiring initiative, helping to ignite a passion for research in the minds of the next generation.

🌱 Science for a Sustainable Future

The DEMADES project team aims to create innovative materials and technologies that support sustainable development. As part of this mission, we believe it's essential to engage young minds and share the excitement of scientific discovery.

Throughout the summer school, our team prepared a wide range of activities that demonstrated the magic of science. 

🔍 A Week of Exploration and Wonder

Each day offered a new adventure into the world of science:

🌡 High-temperature experiments – Students observed glass production, the colorful burning of metals, and the thermal decomposition of silver nitrate (AgNO₃), and even took home their silver souvenirs.

❄ Low-temperature magic – Experiments with liquid nitrogen amazed students with its strange and spectacular properties.

⚡ Electrochemistry in action – Participants constructed their electrolyzers, learning how clean energy can be produced using simple materials.

🧲 Hands-on materials science – From ferrofluid play to 3D printing with plastic filaments, students explored how materials behave and are shaped for everyday and high-tech applications.

💡 Why This Matters

At DEMADES and CEMEA SAS, we believe that science outreach isn't just a nice addition; it's a vital part of our mission. Events like the Summer School of Young Scientists help bridge the gap between research institutions and the community. They show young people that a career in science is not only possible, but deeply rewarding.

We are proud to support these early steps into science and hope to see many of these students continue their journey into research, innovation, and discovery.

Stay connected with the DEMADES project for more updates, events, and science-driven solutions for a sustainable future.

#SummerSchoolOfYoungScientists#YouthInScience#NextGenResearchers#ScienceEducation#InspiringYoungMinds#FutureScientists#ScienceForAll

Strengthening Innovation Through Industry Partnerships: DEMADES Project Expands Collaboration with Leading Manufacturers 

The DEMADES project continues to build strong bridges between research excellence and industrial practice. 
We are pleased to announce that our team has recently signed collaboration agreements with several major manufacturers of metal and alloy components for the automotive industry in Slovakia, as well as an international partnership with a company based in Singapore.

These new partnerships mark a significant step toward bringing cutting-edge research closer to real-world applications. DEMADES project is not only about advanced research but also about fostering innovation, cooperation, and the active involvement of industry partners who can help translate novel ideas into sustainable solutions.

By working directly with large-scale producers of metal and alloy parts for the car industry, our team will be able to test and demonstrate advanced surface treatments, eco-friendly processes, and new materials under real production conditions. In parallel, our collaboration with the Singaporean partner opens the door to broader international exchange and new opportunities for knowledge transfer, technology validation, and market development in Asia.

These agreements confirm that DEMADES is a truly collaborative platform, where researchers, engineers, and industry stakeholders join forces to tackle global challenges in green technologies, sustainable materials, and advanced manufacturing.

Stay tuned for more updates on our progress and the results of these joint activities!

#DEMADES #IndustryPartnership #Innovation #SustainableManufacturing #GreenTechnology #Slovakia #Singapore #AutomotiveIndustry #SurfaceEngineering 

DEMEDES Project Brings Bright Minds Together at Slovak Academy of Sciences 

SCI-CONNECT 2025: A Scientific Picnic That United Minds and Sparked Ideas
Organized by CEMEA SAS – 25.06.2025

DEMADES Project Showcases Sustainable Surface Engineering at 8CSCS-2025 in Belgrade

✨ DEMADES Project at the 8th Conference of the Serbian Society for Ceramic Materials ✨

We are pleased to share that a DEMADES project team member participated in the 8th Conference of the Serbian Society for Ceramic Materials, held on June 18–20, 2025, in Belgrade, Serbia.

Our team presented an abstract and a presentation devoted to the synthesis of TiO₂ nanotubes on Ti-alloy surfaces using eco-friendly deep eutectic solvents. This innovative approach offers an efficient alternative to conventional methods that rely on toxic electrolytes. The resulting highly developed nanotubular surfaces of Ti-alloys demonstrate excellent properties for electro- and photocatalytic hydrogen evolution reactions (HER). In addition, this surface modification can be utilized for biomedical applications involving titanium and its alloys.

Participation in this international conference was a valuable opportunity to present our project results to the scientific community, where our work was recognized for its high quality and innovative contribution.

🌍✨ #DEMADES #Sustainability #Nanotechnology #TiAlloys #DeepEutecticSolvents #GreenChemistry #Electrocatalysis #Photocatalysis #CeramicMaterials #ResearchCollaboration

DEMADES Project Reaches New Heights with Patent Filing 

✅ DEMADES Project Milestone: Patent Application Successfully Submitted!

We are excited to share a major achievement of DEMADES project, which has now officially led to a patent application filed with Industrial Property Office of Slovak Republic.

📌 Patent Application Details:

Filing number: PP50006-2025

Submission date: 6 June 2025

Reference number: 1000052236

Applicant: CEMEA SAS (Centrum pre využitie pokročilých materiálov Slovenskej akadémie vied, v. v. i., Bratislava)

This patent application marks a significant recognition of the originality and innovation developed within the project.

🧪 Beyond Catalysts: Unlocking the Potential of Next-Generation Solvents

While DEMADES initially focused on advanced catalysts for electrochemical applications, the project has gone far beyond that scope.

🔬 Our work has shown that eco-friendly solvents of the new generation that we utilize for catalysts development can revolutionize multiple electrochemical processes:

⚙️ Efficient electropolishing of metals and alloys with improved surface quality

🧼 Eco-friendly electrochemical cleaning techniques replacing aggressive traditional methods

⚡ Improved electrodeposition strategies for functional coatings

💧 Better control over reaction selectivity and efficiency

🔍 Why It Matters

The successful submission of the patent is more than just a formal step — it's a signal of the practical impact and commercial potential of DEMADES project outcomes. It underlines our mission: to bring sustainable and scalable solutions for the future of electrochemistry.

Stay tuned for more updates as we continue to translate scientific innovation into real-world applications.

We Are Slovak Academy of Sciences: Living Science at Every Cell.  DEMADES project at a Flagship Public Event of SAS

On June 13-14, 2025, DEMADES project proudly participated in the event titled "We Are Slovak Academy of Sciences: Living Science with Every Cell" ("We are SAS"). This unique public science festival aimed to bring cutting-edge research closer to the general public, and DEMADES project was right at the heart of it.

⚡ Live Hydrogen Production in Action

DEMADES team presented real-time electrolysis demonstrations, showcasing the direct production of green hydrogen from water solution. Visitors were able to see hydrogen being created live, using our specially developed foam electrodes, which served as platforms for:

🧪 Electro- and photocatalysts

💡 Demonstrations of photocatalysis and electrocatalysis in action

🛠️ Electrochemical modification of various metals and alloys

🔬 Nanoengineering and electrochemical texturing

🌱 Utilization of next-generation green solvents for eco-friendly processing

These presentations highlighted the exciting potential of green hydrogen as a clean and renewable fuel and emphasized how Slovakia, as a strong player in car manufacturing, could play a leading role in Europe's green transition.

💬 Did you know? Green hydrogen can be produced cleanly, stored safely, and used to power everything from factories to fuel-cell vehicles – all without CO₂ emissions!

🎩 Magic of Chemistry for Future Scientists

For younger visitors, DEMADES featured a Chemical Magic Show, presented by one of our project team members. This fun and educational performance used real chemical reactions to inspire curiosity and show that science is magical and exciting for all ages.

🎥 Event Highlights

The energy and atmosphere of We are SAS event were captured on video! Watch our live demos, science talks, and family-friendly experiments here:

🔗 Watch the event video: https://www.facebook.com/RaptorTV.cz/videos/1859041194952574

💬 Thank You!

We are grateful to all who visited our stand, asked questions, and joined us in celebrating science. DEMADES is committed to making cutting-edge electrochemical research accessible, impactful, and inspiring.

🔗 Stay Connected

#DEMADES #GreenHydrogen #SAV #CleanEnergy #ScienceForPublic

🌱 Call for Sponsors: Partner with CEMEA SAS to Drive the Future of Green Technology

Join Us in Pioneering Sustainable Innovation

CEMEA SAS (Centre for Advanced Materials Application, Slovak Academy of Sciences) invites forward-thinking companies and stakeholders in green energy and green chemistry to become strategic sponsors of our cutting-edge research and innovation initiatives.

As Slovakia's leading center for advanced materials design and application, CEMEA SAS is at the forefront of research and development in:

• Green hydrogen production via efficient and cost-effective catalysts
• Next-generation batteries – design, performance optimization, and recycling
• Eco-friendly electrolytes and electrochemical systems
• Sustainable treatment of metals and alloys
• Circular economy technologies in materials science

🌍 Why Partner With Us?

• Research Excellence: CEMEA SAS leads and participates in national and international R&D projects focused on sustainable and high-performance material systems.

• Innovation Pipeline: From lab-scale breakthroughs to industry-ready prototypes, we bridge the gap between science and application.

• Shared Impact: Collaborate with a trusted institution committed to EU green goals, Net Zero strategies, and industrial decarbonization.

• Visibility & Engagement: Gain access to a wide scientific and industrial network across Europe, including academic institutions, startups, and manufacturing leaders.

💼 Sponsorship Opportunities

We offer flexible sponsorship schemas tailored to your company's goals, size, and commitment to green innovation.

🤝 Let's Build the Future, Together

CEMEA SAS seeks impactful partnerships with companies dedicated to transforming the energy and chemical sectors. Whether your focus is on batteries, hydrogen, catalysts, electrochemical systems, or sustainable materials, we welcome the opportunity to align our research capabilities with your strategic objectives.

📩Contact Us

To discuss sponsorship opportunities, please reach out to:

CEMEA SAS – Centre for Advanced Materials Application
📧 Email: [cemaanki@savba.sk]
🌐 Web: [https://cemea.sav.sk/en/; https://demades0.webnode.sk/]
📍 Bratislava, Slovakia

Project DEMADES is launching a new initiative aimed at supporting the career start and growth of young researchers in the field of electrochemistry

🚀 Exciting Opportunity for Aspiring Young Researchers in Electrochemistry! 🔬🌱

If you're a:

🎓 Bachelor's or Master's student
📚 PhD candidate
🧪 Postdoc researcher
…with an interest in green energy, hydrogen production, or catalyst development, this is your chance to grow with us!

CEMEA Center offers:
✨ A modern research environment
👩‍🔬 Mentorship from experienced scientists
📈 Career development opportunities
📅 Access to research, educational, and networking events
🔍 Join us in shaping the future of sustainable energy
📧 Send your CV to: cemaanki@savba.sk
We can't wait to hear from you!

Strategic Meeting of DEMADES Project Consortium: Advancing Catalytic Innovation Through Interdisciplinary Synergy 

Bratislava, 13 May 2025 — DEMADES project, supported under an interregional collaborative framework, reached a significant milestone today with the coordination meeting held at the Centre for Advanced Materials Application of Slovak Academy of Sciences (CEMEA SAS). Under the leadership of Assoc. Prof. Anna Kityk, project coordinator, the event gathered researchers from CEMEA SAS, Institute of Electrical Engineering SAS (IEE SAS, Bratislava), and Institute of Materials Research SAS (IMR SAS, Košice) for a productive hybrid meeting.

The primary objective of the meeting was to assess the current progress and to coordinate upcoming scientific and organizational activities. The event facilitated in-depth discussions on experimental methodologies, material synthesis strategies, and the harmonization of research protocols across partner institutions.

Advancing Scientific Synergy

The project team placed special emphasis on the synthesis and characterization of advanced catalytic materials, a cornerstone of DEMADES initiative. Researchers from IMR SAS, with longstanding expertise in catalysis, proposed novel approaches for material development and evaluation, including advanced strategies for structural and surface modification. Simultaneously, CEMEA SAS introduced conceptual frameworks for the use of novel media in catalyst formation, targeting the generation of highly structured nanoarchitectures with enhanced catalytic properties.

IEE SAS contributed by outlining precise protocols for the characterization of catalytic materials, essential for ensuring reproducibility and cross-validation across laboratories. The integration of these approaches is expected to substantially enhance the scientific rigor and impact of the project.

Innovative concepts such as the integration of 3D-structured supports, including foams and porous architectures, were discussed as effective strategies to increase active surface area and facilitate efficient mass transport within catalytic systems.  The dialogue highlighted the team's shared commitment to merging fundamental science with applied innovation.

Fostering Collaboration and Open Science

Beyond technical considerations, the meeting served as a platform for deepening interpersonal and institutional connections. Each partner presented their scientific portfolio, allowing for the identification of complementary expertise and the definition of individual roles within the broader project context.

Crucially, the consortium reaffirmed its commitment to the principles of open science, transparency, and public engagement. Plans for future dissemination, outreach activities, and the promotion of accessibility in research were outlined, emphasizing the project's dual mission of scientific excellence and societal relevance.

Outlook

The meeting concluded with a clear roadmap for the next phase of the project. Participants expressed enthusiasm for upcoming joint experiments and co-authored publications, underlining the value of sustained, interdisciplinary collaboration. DEMADES project continues to serve as a dynamic platform for cutting-edge materials research, driven by a collective vision and unified scientific purpose.

Announcements 

DEMADES Project Joins Summer School of Young Scientists  2025!

We're excited to announce that the DEMADES project team will take part in this year's Summer School of Young Scientists. From July 14th to 18th, 2025, curious students aged 12 to 18 will spend an unforgettable week at the Slovak Academy of Sciences, exploring science through hands-on experiments and inspiring discussions.

The DEMADES team is preparing amazing activities to spark creativity and scientific thinking. Young participants will get the chance to dive into fascinating experiments connected to our research, learn more about data science, environmental monitoring, and discover how modern science can help protect and restore our ecosystems.

We can't wait to meet this year's young scientists and share our passion for research and innovation. If you're a young explorer ready to experience real science up close, don't hesitate to join!

See you at the Summer School!

SCI-CONNECT 2025: Scientific Picnic by CEMEA SAS – Building Bridges Through Science and Community

CEMEA SAS is pleased to announce SCI-CONNECT 2025, an informal outdoor scientific gathering designed to foster collaboration, share research, and strengthen connections across scientific disciplines.

🧪 Theme:

A relaxed open-air event focused on team-building, showcasing current research, and deepening cooperation among project members (CEMEA SAS, IEE SAS, IMR SAS) and invited guests from partner research institutions.

📅 Date:

25.06.2025 
⏰ Time: 10:00 – 16:00
📍 Location: Green lawn in front of the CEMEA SAS building

🎯 Objectives of the Event

• Strengthen collaboration across research teams.

• Present ongoing projects in an informal, engaging way.

• Promote DEMADES participants (CEMEA SAS, IEE SAS, IMR SAS) as open, innovative, and forward-looking scientific institutions.

🗓️ Proposed Program

Time Activity
10:00 Arrival of guests, welcome drink (coffee, lemonades, cocktails)
10:30 Opening remarks by the Director of CEMEA SAS
10:45 Lightning talks: Fast-paced presentations of current research projects
11:30 Poster walk & discussions: Poster zone opens for interactive dialogue with research teams
12:00 Refreshments: Light buffet and drinks
13:00 Science Under the Sky – Open discussions and networking session on the theme: "Science That Changes the World"; informal conversations with background music
15:45 Closing toast and acknowledgements
16:00 Conclusion of the event

We invite all members of DEMADES community and collaborating institutions to join us for a day of scientific exchange, open dialogue, and inspiring interactions, set in a relaxed outdoor atmosphere. Let's celebrate science not only through data and discovery, but through meaningful human connection.

Save the date and stay tuned for further details!
For inquiries or participation, please contact the organizing team at [cemaanki@savba.sk].

Discover DEMADES at a Public Science Event : 

We are SAS (My sme SAV)

Discover DEMADES at a Public Science Event :

We are SAS (My sme SAV)

Experience Science in Action with DEMADES Project!

🌱 Our scientific booth will be buzzing with energy – quite literally! Discover how green hydrogen is produced through electrolysis – the process of splitting water into oxygen and hydrogen. The star of the show is the electrolyzer, which will demonstrate how water can become the fuel of the future.

🧪 Next to it, you'll find a display of electrode materials and catalysts that make this transformation faster and more efficient.

🎥 We've also prepared a short film and an educational poster to explain why green hydrogen matters – not just for cars and buses, but also for powering the homes of tomorrow 🏠.

🦾 That's not all – explore the world of medical materials, including modern prosthetics, implants, and innovative technologies that make them more biocompatible and user-friendly.

🚀 And for space lovers of all ages: don't miss our Mars surface model and LEGO-based space tech display – fun and learning combined!

🧬 Our entire exhibit is about how new materials are changing the world – from clean energy to healthcare. Come see for yourself how science is not just useful, but exciting and fun!