Áreas Curriculares

• Introducción a la Física [LF,PF,LM]

• Mecánica Clásica II [LF]

• Superconductividad [Electiva LF]

Áreas de Investigación

• Sistemas electrónicos fuertemente. Superconductividad.

Publicaciones recientes

• Detection of Acoustic Plasmons in Hole-Doped Lanthanum and Bismuth Cuprate Superconductors Using Resonant Inelastic X-Ray Scattering; Abhishek Nag, M. Zhu, Matias Bejas, J. Li, H. C. Robarts, Hiroyuki Yamase, A. N. Petsch, D. Song, H. Eisaki, A. C. Walters, M. Garcia-Fernandez, Andres Greco, S. M. Hayden, Ke-Jin Zhou; Physical Review Letters 125, 257002 (2020).

• Shell Area-To-Volume Ratio in Ammonoids; H. Parent, M. Bejas, A. Greco; Paleontological Research 24(3), 216 (2020).

• Close inspection of plasmon excitations in cuprate superconductors; Andrés Greco, Hiroyuki Yamase, Matías Bejas; Physical Review B 102, 024509 (2020).

• Ferromagnetic fluctuations in the Rashba-Hubbard model; Andrés Greco, Matías Bejas, Andreas P. Schnyder; Physical Review B 101, 174420 (2020).

• Doping dependence of d-wave bond-charge excitations in electron-doped cuprates; H. Yamase, Matías Bejas y Andrés Greco; Physical Review B 99, 014513 (2019).

• Origin of high-energy charge excitations observed by resonant inelastic X-ray scattering in cuprate superconductors; Andrés Greco, Hiroyuki Yamase y Matías Bejas; Communications Physics 2, (2019).

• Competition between spin-induced charge instabilities in underdoped cuprates; R. Zeyher, A, Greco; Physical Review B 98, 224504 (2018).

• Mechanism for Unconventional Superconductivity in the Hole-Doped Rashba-Hubbard Model; A. Greco, A. P. Schnyder; Physical Review Letters 120, 177002 (2018)