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People – Department of Physics | CSU Yulia Maximenko Assistant Professor she they Email: y maximenko@colostate edu Phone: (970) 491-0178 Office: Engineering D107
People – Maxquantum - Colorado State University Prof Yulia Maximenko (y maximenko@colostate edu) Pierre Pantaleón Peralta (pierre pantaleon@imdea org) I am currently a tenure-track researcher in the Theory Group at IMDEA Nanoscience visiting MaxQuantum for the summer 2025
Prof. Yulia Maximenko - University of Colorado Colorado Springs As an assistant professor at Colorado State University, Dr Maximenko focuses on scanning probe microscopy, molecular beam epitaxy (MBE), and device nanofabrication, which are used to create exotic solid-state platforms and to investigate the emergent quantum phases with atomic resolution at ultralow temperatures
Contact us – Maxquantum Interested admitted PhD students should feel free to stop by Prof Maximenko’s office (Engineering D107) or email to set up a meeting Prospective undergraduate students should contact Prof Maximenko and schedule a meeting
Directory – Department of Physics | CSU In-Office Hours: Mon - Fri 8:00am - 4:30pm Telephone: 970-491-6206 Email: physics_reception@Mail Colostate edu College of Natural Sciences Contact Details www natsci colostate edu
Colorado State University Our research in experimental condensed matter physics is dedicated to exploring emergent quantum phenomena in complex materials and engineered heterostructures
Unconventional quantum phases and their visualization with atomic . . . As an assistant professor at Colorado State University, Dr Maximenko focuses on scanning probe microscopy, molecular beam epitaxy (MBE), and device nanofabrication, which are used to create exotic solid-state platforms and investigate the emergent quantum phases with atomic resolution at low temperatures
Condensed Matter Seminar: Prof. Yulia Maximenko, Colorado State University In this colloquium, I will showcase recent developments in the field of tunable 2D platforms, highlighting twisted moiré systems, topological 2D materials, and atomic manipulation Scanning tunneling microscopy (STM) has proved crucial for untangling competing quantum phases and deeply understanding the foundational elements driving their physics