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P. Villamil
P. Villamil
Quantum Optics, Universidad de Sucre
Verified email at unisucre.edu.co
Title
Cited by
Cited by
Year
Infrared transitions between hydrogenic states in cylindrical GaAs quantum-well wires under applied magnetic fields
P Villamil, N Porras-Montenegro, JC Granada
Physical Review B 59 (3), 1605, 1999
611999
Binding and transition energies of shallow impurities in cylindrical GaAs quantum-well wires under a uniform magnetic field
P Villamil, N Porras-Montenegro
Journal of Physics: Condensed Matter 10 (47), 10599, 1998
381998
Donor in cylindrical quantum well wire under the action of an applied magnetic field
P Villamil
Physica E: Low-dimensional Systems and Nanostructures 42 (9), 2436-2440, 2010
232010
Shallow impurity states and transition energies in cylindrical GaAs–Ga0. 6Al0. 4As quantum well wires under applied magnetic fields
P Villamil, C Cabra, N Porras-Montenegro
Journal of Physics: Condensed Matter 17 (33), 5049, 2005
232005
Influence of the position of a donor impurity on the second-order nonlinear optical susceptibility in a cylindrical quantum dot
AA Portacio, BA Rodríguez, P Villamil
Superlattices and Microstructures 113, 550-557, 2018
202018
Non-linear optical response of an impurity in a cylindrical quantum dot under the action of a magnetic field
AA Portacio, BA Rodríguez, P Villamil
Physica B: Condensed Matter 511, 68-73, 2017
172017
Excited states and infrared transition energies of a donor impurity in a disc-shaped GaAs quantum dot under the action of an applied magnetic field
P Villamil, N Porras-Montenegro
Journal of Physics: Condensed Matter 11 (48), 9723, 1999
161999
Polaron effects on the energy of a hydrogenic donor impurity in GaAs–(Ga, Al) As quantum-well wires
P Villamil, C Cabra, N Porras-Montenegro
Microelectronics journal 39 (3-4), 466-471, 2008
122008
Excited states and infrared transition energies of a donor impurity in cylindrical GaAs–Ga0. 6Al0. 4As quantum well wires under the action of an applied magnetic field
P Villamil, C Cabra, N Porras-Montenegro
Microelectronics journal 36 (3-6), 383-388, 2005
122005
Magnetoexciton binding energies in a quantum wire
P Villamil, C Beltrán, N Porras-Montenegro
Journal of Physics: Condensed Matter 13 (18), 4143, 2001
122001
Theoretical study on optical response in nanostructures in the Born–Markov regime: The role of spontaneous emission and dephasing
AA Portacio, BA Rodríguez, P Villamil
Annals of Physics 400, 279-288, 2019
92019
Light transmission from a strongly coupled QD-Cavity system driven by a laser pulse
DA Rasero, AA Portacio, PE Villamil, BA Rodríguez
Physica E: Low-dimensional Systems and Nanostructures 129, 114645, 2021
12021
The energy state of an impurity donor in a type II quantum dot
DA Causil, CL Beltrán, P Villamil
Physica E: Low-dimensional Systems and Nanostructures 74, 510-514, 2015
12015
Theoretical study of optical rectification of a nanostructure inside an ideal photonic crystal cavity
DA Rasero, AA Portacio, P Villamil, BA Rodríguez
Physica B: Condensed Matter 618, 413200, 2021
2021
Estudio de correlaciones cuánticas de qubits en cavidades remotas: procesos bifotónicos vs unifótonicos en cada cavidad
F González, V Eremeev, P Villamil
Ciencia en Desarrollo 11 (1), 45-49, 2020
2020
Evolución de correlaciones cuánticas de dos qubits en una cavidad con disipación bifotónica
H Molinares, P Villamil, V Eremeev
Ciencia en Desarrollo 10 (1), 49-55, 2019
2019
Evolution of quantum correlations of two qubits in a cavity with biphotonic dissipation
H Molinares, P Villamil, V Eremeev
Ciencia en Desarrollo 10 (1), 49-55, 2019
2019
Study of the Coherence Functions of Light in a Jaynes-Cummings non-linear System
Y Ruiz, J Gonzaléz, P Villamil
Ciencia en Desarrollo 10 (1), 31-40, 2019
2019
Estudio de las Funciones de Coherencia de la Luz en un Sistema Jaynes-Cummings no Lineal
Y Ruiz, J Gonzaléz, P Villamil
Ciencia en Desarrollo 10 (1), 31-40, 2019
2019
A Study of the Quantum Correlations in a Tavis-Cummings System
D Madrid-Úsuga, P Villamil
Ciencia en Desarrollo 9 (1), 41-50, 2018
2018
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