Francisco J. Peña
Title
Cited by
Cited by
Year
Quantum heat engine in the relativistic limit: The case of a Dirac particle
E Muñoz, FJ Peña
Physical Review E 86 (6), 061108, 2012
522012
Magnetostrain-driven quantum engine on a graphene flake
FJ Pena, E Munoz
Physical Review E 91 (5), 052152, 2015
332015
Magnetically driven quantum heat engine
E Munoz, FJ Pena
Physical Review E 89 (5), 052107, 2014
282014
Optimization of a relativistic quantum mechanical engine
FJ Peña, M Ferré, PA Orellana, RG Rojas, P Vargas
Physical Review E 94 (2), 022109, 2016
192016
Magnetic Otto engine for an electron in a quantum dot: Classical and quantum approach
FJ Peña, O Negrete, G Alvarado Barrios, D Zambrano, A González, ...
Entropy 21 (5), 512, 2019
162019
Quasistatic and quantum-adiabatic Otto engine for a two-dimensional material: The case of a graphene quantum dot
FJ Peña, D Zambrano, O Negrete, G De Chiara, PA Orellana, P Vargas
Physical Review E 101 (1), 012116, 2020
152020
Spin-Seebeck effect and spin polarization in a multiple quantum dot molecule
JP Ramos-Andrade, FJ Peña, A González, O Ávalos-Ovando, ...
Physical Review B 96 (16), 165413, 2017
152017
Magnetic engine for the single-particle Landau problem
FJ Peña, A González, AS Nunez, PA Orellana, RG Rojas, P Vargas
Entropy 19 (12), 639, 2017
112017
Magnetically-driven quantum heat engines: The quasi-static limit of their efficiency
E Muñoz, FJ Peña, A González
Entropy 18 (5), 173, 2016
102016
Quantum mechanical engine for the quantum Rabi model
G Alvarado Barrios, FJ Peña, F Albarrán-Arriagada, P Vargas, ...
Entropy 20 (10), 767, 2018
92018
Teaching labs for blind students: equipment to measure the thermal expansion coefficient of a metal
O Negrete, A Lisboa, FJ Peña, CO Dib, P Vargas
European Journal of Physics 41 (3), 035704, 2020
52020
Magnetocaloric effect in an antidot: the effect of the Aharonov-Bohm flux and antidot radius
OA Negrete, FJ Peña, P Vargas
Entropy 20 (11), 888, 2018
52018
Magnetocaloric Effect in Non-Interactive Electron Systems:“The Landau Problem” and Its Extension to Quantum Dots
OA Negrete, FJ Peña, JM Florez, P Vargas
Entropy 20 (8), 557, 2018
42018
Entropy and Mutability for the q-State Clock Model in Small Systems
OA Negrete, P Vargas, FJ Peña, G Saravia, EE Vogel
Entropy 20 (12), 933, 2018
32018
Light-matter quantum Otto engine in finite time
GA Barrios, F Albarrán-Arriagada, FJ Peña, E Solano, JC Retamal
arXiv preprint arXiv:2102.10559, 2021
22021
Otto Engine: Classical and Quantum Approach
FJ Peña, O Negrete, N Cortés, P Vargas
Entropy 22 (7), 755, 2020
12020
Quantum and classical Otto engine for a 2-d material: the case of a graphene quantum dot
FJ Peña, D Zambrano, O Negrete, G De Chiara, PA Orellana, P Vargas
arXiv preprint arXiv:1909.08694, 2019
12019
Proximity-induced spin-polarized magnetocaloric effect in transition metal dichalcogenides
N Cortés, FJ Peña, O Negrete, P Vargas
arXiv preprint arXiv:2108.08371, 2021
2021
Short-Range Berezinskii-Kosterlitz-Thouless Phase Characterization for the q-State Clock Model
OA Negrete, P Vargas, FJ Peña, G Saravia, EE Vogel
Entropy 23 (8), 1019, 2021
2021
Seebeck and Nernst effects in topological insulator: the case of strained HgTe
FJ Peña, O Negrete, N Ma, P Vargas, M Reis, LRF Lima
arXiv preprint arXiv:2107.05520, 2021
2021
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Articles 1–20