Observatorio de I+D+i UPM
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INVESTIGADORES
ESTRUCTURAS DE I+D+I
ACTIVIDAD INVESTIGADORA
INNOVACIÓN
Investigador
Antonio Perez Serrano
Categoría Investigador
L.D. PRF.CONTR.DOCT.
Cargos actuales
SUBDIRECTOR DE CENTRO DE INVESTIGACIÓN.
Escuela UPM
E.T.S. DE INGENIEROS DE TELECOMUNICACION
Departamento:
TECNOLOGÍA FOTÓNICA Y BIOINGENIERÍA
Centros/Institutos I+D+i
C. MATERIALES Y DISP. AVANZ. (CEMDATIC)
Area Conocimiento
TECNOLOGIA ELECTRONICA
Grupo de Investigación:
Grupo de Fotónica Aplicada
Email (Directorio UPM)
antonio.perez.serrano
upm.es
Teléfono (Directorio UPM)
910672471
Datos de Memorias relacionados
Proyectos de I+D+i y generación de recursos
13 Proyectos de I+D+i
1: (2012)
BRITESPACE: High Brightness Semiconductor Laser Sources for Space Applications in Earth Observation
2: (2015)
SENSORES E INSTRUMENTACION EN TECNOLOGIAS FOTONICAS (SINFOTON-CM)
3: (2016)
CEMDATIC. Sensores e instrumentación en tecnologías Fotónicas.
4: (2016)
COMBINA: Peines de frecuencia generados por laseres de semiconductor
5: (2017)
BRITIESPACE:HIGH BRIGHTNESS SEMICONDUCTER LASER SOURCES FOR SPACE APPLICATIONS IN EARTH OBSERVATION
6: (2017)
CEMDATIC. Sensores e instrumentación en tecnologías Fotónicas.
7: (2017)
PEINES DE FRECUENCIA GENERADOS POR LASERES DE SEMICONDUCTOR (COMBINA)
8: (2018)
Cátedra ALTER
9: (2018)
CEMDATIC. Sensores e instrumentación en tecnologías Fotónicas.
10: (2018)
PEINES DE FRECUENCIA GENERADOS POR LASERES DE SEMICONDUCTOR (COMBINA)
11: (2019)
Cátedra ALTER
12: (2019)
LIDERA: Sistemas LIDAR avanzados basados en Peines de Frecuencia Ópticos, Tecnologías Coherentes y Señales Caóticas
13: (2019)
SINFOTON2-CM: SENSORES E INSTRUMENTACION EN TECNOLOGIAS FOTONICAS 2 (CEMDATIC-UPM)
Difusión de Resultados de Investigación
27 Artículos en revistas
1: (2015)
Analysis of the performance of tapered semiconductor optical amplifiers: role of the taper angle
2: (2015)
Analysis of the performance of tapered semiconductor optical amplifiers: role of the taper angle
3: (2015)
Analysis of the performance of tapered semiconductor optical amplifiers: role of the taper angle
4: (2015)
Atmospheric CO2 remote sensing system based on high brightness semiconductor lasers and single photon counting detection
5: (2015)
Emission Characteristics of a 1.5-mu m All-Semiconductor Tapered Master Oscillator Power Amplifier
6: (2015)
Emission Characteristics of a 1.5-um All-Semiconductor Tapered Master Oscillator Power Amplifier
7: (2015)
Emission Characteristics of a 1.5-um All-Semiconductor Tapered Master Oscillator Power Amplifier
8: (2015)
High Power Three-Section Integrated Master Oscillator Power Amplifier at 1.5 mu m
9: (2015)
High Power Three-Section Integrated Master Oscillator Power Amplifier at 1.5 um
10: (2015)
Monolithic Integration of a High Power Semiconductor Master Oscillator Power Amplifier
11: (2015)
Wavelength Jumps and Multimode Instabilities in Integrated Master Oscillator Power Amplifiers at 1.5 mu m: Experiments and Theory
12: (2015)
Wavelength Jumps and Multimode Instabilities in Integrated Master Oscillator Power Amplifiers at 1.5 um: Experiments and Theory
13: (2016)
Analysis of a random modulation single photon counting differential absorption lidar system for space-borne atmospheric CO2 sensing
14: (2016)
Analysis of a random modulation single photon counting differential absorption lidar system for space-borne atmospheric CO2 sensing
15: (2016)
Three-section master oscillator power amplifier at 1.57 um for LIDAR measurements of atmospheric carbon dioxide
16: (2017)
Atmospheric CO2 Sensing with a Random Modulation Continuous Wave Integrated Path Differential Absorption Lidar
17: (2017)
Modeling Three-Section Master Oscillator Power Amplifiers with a Voltage Driven Traveling Wave Model
18: (2017)
Modulation Characteristics of an Integrated Three-Section Master Oscillator Power Amplifier at 1.5 mu m
19: (2017)
Modulation Performance of Three-Section Integrated MOPAs for Pseudorandom Lidar
20: (2018)
A Voltage Driven Traveling-Wave Model for the Simulation of an Integrated Three-Section MOPA Under Static and Modulated Operation
21: (2018)
Experimental study of optical frequency comb generation in gain-switched semiconductor lasers
22: (2019)
AN INTERDISCIPLINARY CHALLENGE BASED LEARNING EXPERIENCE INVOLVING STUDENTS FROM BIOMEDICAL AND TELECOMMUNICATIONS ENGINEERING
23: (2019)
Enhanced optical frequency comb generation by pulsed gain-switching of optically injected semiconductor lasers
24: (2019)
Numerical Analysis of the Modulation Dynamics in an Integrated Three-Section MOPA Using a Voltage Driven Traveling-Wave Model
25: (2019)
Numerical and Experimental Analysis of Optical Frequency Comb Generation in Gain-Switched Semiconductor Lasers
26: (2019)
Numerical and Experimental Analysis of Optical Frequency Comb Generation in Gain-Switched Semiconductor Lasers
27: (2019)
Numerical and Experimental Analysis of Optical Frequency Comb Generation in Gain-Switched Semiconductor Lasers
2 Capítulos de libros
1: (2017)
Cap. 28: High-Brightness Tapered Lasers
2: (2017)
Tapered semiconductor optical amplifiers
3 Cursos, seminarios y tutoriales
1: (2017)
Introduction to Arduino Programming
2: (2017)
Physical Computing based on Open Software and Hardware
3: (2017)
Physical Computing based on Open Software and Hardware
44 Ponencia en Congresos
1: (2014)
'BRITESPACE: High brightness semiconductor laser sources for space applications in Earth observation'
2: (2014)
High Brightness Semiconductor Lasers as Transmitters for Space Lidar Systems
3: (2014)
Laser power requirements for space-borne remote sensing of CO2
4: (2014)
Random-Modulation cw lidar system for space-borne carbon dioxide remote sensing based on a high-brightness semiconductor laser
5: (2015)
All-semiconductor master oscillator power amplifier at 1.5 um for high power applications
6: (2015)
Atmospheric CO2 remote sensing system based on high brightness semiconductor lasers and single photon counting detection
7: (2015)
High-brightness multi-section semiconductor laser for space-borne lidar measurements of atmospheric carbon dioxide
8: (2015)
LIDAR System based on a High Brightness Semiconductor Laser and Single Photon Counting Detection for Space-borne Atmospheric CO2 Monitoring
9: (2015)
Longitudinal multimode dynamics in monolithically integrated master oscillator power amplifiers
10: (2015)
Longitudinal multimode dynamics in monolithically integrated master oscillator power amplifiers
11: (2015)
Longitudinal multimode dynamics in monolithically integrated master oscillator power amplifiers
12: (2015)
Modulation Characteristics of a Three-Section Master Oscillator Power Amplifier at 1.5 um
13: (2015)
Monolithic Integration of a High Power Semiconductor Master Oscillator Power Amplifier
14: (2015)
Monolithic Integration of a High Power Semiconductor Master Oscillator Power Amplifier
15: (2015)
Performance of a Three-Section Master Oscillator Power Amplifier at 1.5 ?m
16: (2015)
Spectral Delay Algebraic Equation Approach for the Modeling of Broad Area Laser Diodes
17: (2015)
Theoretical Analysis of Random-Modulation Continuous Wave LIDAR
18: (2016)
Diseño e implementación de un sistema LIDAR de onda continua con modulación aleatoria y correlación analógica
19: (2016)
Laser module based on monolithically integrated MOPAs at 1.5 ìm for space-borne lidar applications
20: (2016)
Laser module based on monolithically integrated MOPAs at 1.5 µm for space-borne lidar applications
21: (2016)
Laser module based on monolithically integrated MOPAs at 1.5 µm for space-borne lidar applications
22: (2016)
Random-modulation differential absorption lidar based on semiconductor lasers and single photon counting for atmospheric CO2 sensing
23: (2016)
Random-modulation differential absorption lidar based on semiconductor lasers and single photon counting for atmospheric CO2 sensing
24: (2016)
Random-modulation single photon counting differential absorption lidar system for space-borne atmospheric CO2
25: (2016)
Three-section master oscillator power amplifier at 1.57 um for LIDAR measurements of atmospheric carbon dioxide
26: (2017)
A Voltage Driven Traveling-Wave Model for Multi-Section Integrated Photonic Devices
27: (2017)
Characterization of optical pulses generated by Gain Switching a 1310 nm VCSEL
28: (2017)
Frequency combs generated by direct modulation of an integrated three-section MOPA
29: (2017)
Gated Delayed Self-Heterodyne Measurements of Frequency Combs Generated by Gain Switched Laser Diodes
30: (2017)
Modeling Three-Section Master Oscillator Power Amplifiers with a Voltage Driven Traveling Wave Model
31: (2017)
Modulation Characteristics of an Integrated Three-Section Master Oscillator Power Amplifier at 1.5 ?m
32: (2018)
A Voltage Driven Dynamic Traveling-Wave Model for Active Integrated Photonic Device
33: (2018)
Optical frequency comb generation from semiconductor lasers using pulsed excitation and optical injection
34: (2018)
Optical frequency comb generation from semiconductor lasers using pulsed excitation and optical injection
35: (2018)
Optical frequency comb generation from semiconductor lasers using pulsed excitation and optical injection
36: (2018)
Optical frequency comb generation from semiconductor lasers using pulsed excitation and optical injection
37: (2018)
Optical Frequency Comb Generation in Gain Switched DFB and Discrete Mode Lasers: Comparison and Optical Injection Effects
38: (2018)
Optical Frequency Comb Generation in Gain Switched DFB and Discrete Mode Lasers: Comparison and Optical Injection Effects
39: (2019)
Analysis of Optical Frequency Comb Generation in Gain-Switched Semiconductor Lasers
40: (2019)
Analysis of Optical Frequency Comb Generation in Gain-Switched Semiconductor Lasers
41: (2019)
Optical Frequency Comb Generation from Semiconductor Lasers Using Optical Injection and Pulsed Gain Switching.
42: (2019)
Optical Frequency Comb Generation from Semiconductor Lasers Using Optical Injection and Pulsed Gain Switching.
43: (2019)
Optical frequency comb generation via pulse excitation using step-recovery diodes in an optically-injected semiconductor laser.
44: (2019)
Optical frequency comb generation via pulse excitation using step-recovery diodes in an optically-injected semiconductor laser.
Explotación de Resultados y Transferencia de Tecnología
3 Registros de Software
1: (2016)
Programa de Ordenador Harold 3.0
2: (2017)
Programa de Ordenador Harold 3.0
3: (2018)
Programa de Ordenador Harold 3.0
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