Evgenii Barts

Evgenii Barts is an active researcher at the University of Groningen's Faculty of Science and Engineering, specializing in the Theory of Condensed Matter group. He earned his PhD from the same institution in 2023 with a thesis on unconventional magnetic states and defects, following an MSc degree in physics.

His educational background includes:

• PhD in Physics, University of Groningen (2023)
• MSc in Physics (institution unspecified)

Barts' research explores cutting-edge phenomena in quantum materials, with primary focus on magnetism and spintronics. He investigates how crystal symmetry governs spin dynamics, leading to discoveries in persistent spin textures, chiral spin accumulation, and topological magnetic defects. His work bridges fundamental condensed matter theory with potential applications in next-generation spintronic devices and magnetic storage technologies, emphasizing non-equilibrium processes and symmetry-protected states.

Analysis of his 8 publications (2020-2025) reveals a clear evolution toward symmetry-engineered quantum phenomena. Early work centered on skyrmion textures in thin films, while recent studies (2024-2025) demonstrate breakthroughs in symmetry-protected spin textures and chiral tellurium systems. His research consistently intersects condensed matter physics, materials science, and quantum computing, with strong emphasis on topological states and spin-orbit coupling effects.

No scientific awards are documented in current profiles.

Barts maintains active research collaborations across international institutions, as evidenced by co-authorship networks spanning multiple countries. While no formal advising roles or major grants are publicly listed, his work appears supported through university resources and likely European research funding mechanisms common in condensed matter physics. His PlumX metrics show consistent reader engagement and citation growth, particularly for magnetization reversal studies.

He operates within Groningen's Theory of Condensed Matter group—a key unit of the Zernike Institute for Advanced Materials—focusing on computational and theoretical modeling of quantum materials. Current projects involve chiral crystals and sliding ferroelectrics, with future work expected to expand into symmetry-controlled spin transport for quantum technologies.