Nikitas Gidopoulos

Dr. Nikitas Gidopoulos is an Associate Professor in the Department of Physics at Durham University. His research bridges theoretical physics, quantum chemistry, and materials science, with a specialization in Density Functional Theory (DFT), electronic structure calculations, and quantum phase transitions. He leads investigations into advanced computational methods for simulating quantum systems and materials.

His research interests include:

• Development of local potentials and density-matrix functional approximations
• Self-interaction corrections in DFT
• Electron-phonon coupling and quantum phase transitions
• Innovative approaches for Kohn-Sham equations and orbital theory

Gidopoulos's recent publications (2014-2023) demonstrate a consistent focus on advancing fundamental theories in quantum mechanics and condensed matter physics. Key themes include methodological improvements to DFT, exploration of electron interactions in metallic systems, and theoretical frameworks for magnetic phase transitions. His work frequently combines mathematical rigor with computational innovation.

He actively mentors graduate researchers, including doctoral candidates. Current and former students include Samuel Josephs, Samuel Ladd, Visagan Ravindran, and Yahya Nasir. No awards or grants are mentioned in the available profile.