Researcher, educator, and science communicator exploring nanomaterials for sustainable electronics, energy technologies, and next-generation memory devices.
Publications in peer-reviewed journals worldwide.
International conference talks across the world.
Exploring the frontier of nanoscale materials — from design and synthesis to real-world applications in electronics, energy, and memory technologies.
Collaborate →Design, synthesis, and characterization of nanoscale materials with unique physical and chemical properties.
Advanced materials for electronic components and next-generation memory technologies.
Materials for sustainable and energy-efficient electronic technologies.
Chemistry, physics, and materials science combined to develop advanced functional materials.
Prof. Dr. Maksym Yarema is a Professor at the Institute for Electronics, ETH Zurich, and Head of the Chemistry and Materials Design Group at the Department of Information Technology and Electrical Engineering. He holds a PhD in Chemical Engineering from Johannes Kepler University Linz and completed postdoctoral research at EMPA and ETH Zurich.
His research focuses on colloidal nanomaterials for emerging memory devices, sustainable electronics, and energy technologies. Recipient of an ERC Starting Grant, SNSF Ambizione Fellowship, and Marie Curie Postdoctoral Fellowship.
Learn to communicate scientific ideas clearly, confidently, and effectively — without losing depth or rigor.
Building bridges across institutions and disciplines — actively engaging in international partnerships with universities and research groups across the world.
View Projects →Building bridges across institutions and disciplines across the world and beyond.
Developing international collaboration in engineering education through joint teaching activities and knowledge exchange between ETH Zurich and Kyiv School of Economics.
Integrating cutting-edge research directly into the Emerging Memory Technologies course curriculum, bridging research and academic teaching.
Development and investigation of colloidal nanomaterials for next-generation electronic memory and data storage.
Novel nanomaterials for advanced electronic memory technologies combining chemistry, physics, and materials science.
Vast family of colloidal nanomaterials to unlock unique applications in energy, electronics, and biotechnology.
Collaborations with universities and research groups in nanoscience, including grant applications and co-authored publications.
Active engagement in European research networks and bilateral academic partnerships across disciplines.
Open to co-authorship on publications and joint grant applications in nanomaterials and related fields.
Making complex ideas accessible and exciting — through public lectures, conference presentations, podcasts, consulting, and mentoring.
Regular talks bringing nanoscience and materials research to students, professionals, and the general public.
Let's Connect60+ international conference talks in leading venues across Europe and beyond, sharing research with the global scientific community.
Let's ConnectParticipation in science communication podcasts including "Simply About Science" — nanoscience, academic careers, and the human side of research.
Let's ConnectAccessible science writing that translates cutting-edge research into stories people can understand and connect with.
Scientific consulting in nanomaterials and applications, supporting research and technology development projects.
Mentoring for early-career researchers and interdisciplinary teams focused on academic development and research strategy.
Short reads on nanoscience, research life, and communicating science to a wider audience.
Open to collaboration, consulting, mentoring, and conversations about science.