EURO MXene 2026 Conference

EuroMXene26 Conference

3–5 June 2026 at the historic Trinity College Dublin, Ireland

Welcome to EuroMXene26

Trinity College Dublin | June 3–5

We are thrilled to welcome you to the second European MXene Symposium—EuroMXene26—hosted in the historic heart of Dublin at Trinity College, one of Europe’s leading academic institutions.

Over the past decade, MXenes have proven to be remarkably multifunctional materials, with applications spanning energy storage and conversion, electronics, environmental technologies, telecommunications, catalysis, sensing, and biomedicine. Their electrical conductivity, mechanical robustness, and chemical adaptability continue to open new frontiers in both fundamental research and technological innovation.

Building on the success of EUROMXENE 2024, this second edition will bring together leading scientists, engineers, and emerging researchers from around the world to share the latest breakthroughs, discuss challenges, and explore the future of MXene research.

Join us in Dublin to experience cutting-edge science, inspiring discussions, and a vibrant international community advancing one of the most promising families of 2D materials.

The EuroMXene26 program will feature cutting-edge research presentations, keynote lectures from leading experts, and interactive sessions designed to foster collaboration and innovation. Attendees can look forward to a diverse range of topics covering synthesis, characterization, and applications of MXenes, alongside networking opportunities and poster sessions.

EuroMXene26 will take place in the heart of Dublin, Ireland, at Trinity College Dublin. Known for its historic architecture and vibrant academic atmosphere, Trinity offers an inspiring setting for scientific exchange and collaboration. Explore cutting-edge research while enjoying one of Europe’s most dynamic cities.

Prof. Yury Gogotsi, Prof. Michel Barsoum, Prof. Lucia Gemma Delogu, Prof. Qunfeng David Cheng, and Prof. Johanna Rosen form an exceptional keynote lineup for EuroMXene26, each representing a cornerstone of progress in MXene research and advanced materials science.

Our Organisers

Prof. Valeria Nicolosi
Prof. Valeria NicolosiTrinity College Dublin
Prof. Nicolosi’s work in includes synthesis, exfoliation and characterisation of layered materials towards a range of applications, particularly energy and ICT.
Prof. Michael Monaghan
Prof. Michael MonaghanTrinity College Dublin
Dr. Michael Monaghan’s primary research areas are in biomaterials, advanced processing and rational design of biomaterials, cardiac tissue regeneration, and real-time imaging of extracellular matrix components and metabolism in differentiation and disease.
Prof. Jonathan Coleman FRS
Prof. Jonathan Coleman FRSTrinity College Dublin
Prof Coleman’s area of interest is in solution processing of nano-materials, predominately carbon nanotubes, nanowires and 2D nanosheets such as graphene. He is most well-known for developing Liquid Phase Exfoliation, a versatile and widely used method for preparing 2D materials.

Visiting Dublin

Step into Dublin, where every street tells a story and every corner hums with life. From the iconic Georgian architecture and the historic cobblestones of Temple Bar to the vibrant music scene and world-class dining, Dublin offers an unforgettable blend of old-world charm and modern excitement. Explore the rich literary heritage, stroll along the River Liffey, and immerse yourself in the warmth of a city that celebrates creativity and community. Whether you’re here for the lively pubs, the cutting-edge galleries, or the friendly locals, Dublin is a destination that will captivate your senses and leave you wanting more.

visiting trinity college dublin

Step inside Trinity College Dublin, a world-renowned university steeped in history and culture. Founded in 1592, Trinity is home to stunning Georgian architecture, tranquil cobblestone squares, and one of the world’s most famous treasures—the Book of Kells. Wander through the awe-inspiring Long Room of the Old Library, explore vibrant student life, and discover a campus that blends centuries of tradition with cutting-edge research.