We were proud to support NanoTech Poland 2026 & the 9th NIBS Conference as one of the event sponsors, contributing to a remarkable gathering of researchers, innovators, and industry leaders working in nanotechnology, advanced materials, and biomedical applications.
As a company specializing in the development and production of advanced nanomaterials, including MAX phases and MXenes, we were pleased not only to support this important scientific event but also to contribute to the conference program through our team’s poster presentations. Our research showcased the outcomes of recent R&D projects carried out in collaboration with partners from the University of Latvia, Adam Mickiewicz University (AMU), Sumy State University (Ukraine), Vilnius University, and several other research institutions.
One of the most inspiring moments of the conference was the opportunity to hear Prof. Yury Gogotsi (Drexel University), a globally recognized pioneer in MXene research. It was equally exciting to see the growing number of presentations focused on MXenes, reflecting the rapid progress and expanding impact of these materials across a wide range of scientific and technological fields.
The conference featured an engaging program of lectures, scientific sessions, and networking opportunities, organized around three thematic days—Motivation, Innovation, and Young Researchers—bringing together experts from academia, industry, and the next generation of scientists.
It is especially encouraging to witness the transition of MXene technologies from fundamental research toward practical applications. As developers and manufacturers of these advanced materials, we remain committed to supporting scientific innovation by providing high-quality materials and fostering meaningful research collaborations worldwide.
Beyond the scientific sessions, the conference offered an excellent opportunity to reconnect with long-standing partners and friends, exchange ideas with colleagues, and build relationships with new research groups. These conversations often become the starting point for future collaborations.