Observatorio de I+D+i UPM
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INVESTIGADORES
ESTRUCTURAS DE I+D+I
ACTIVIDAD INVESTIGADORA
INNOVACIÓN
Investigador
Javier Martinez Rodrigo
Categoría Investigador
TITULAR UNIVERSIDAD (I3)
Cargos actuales
SUBDIRECTOR DE INSTITUTO.
Escuela UPM
E.T.S. DE ING. DE CAMINOS CANALES Y P.
Departamento:
CIENCIA DE MATERIALES (N)
Centros/Institutos I+D+i
INST.SIST.OPTOELECT. MICROTECNOL. "ISOM"
Area Conocimiento
CIENCIA DE LOS MATERIALES E ING. METALURGICA
Grupo de Investigación:
Grupo de Dispositivos Semiconductores del ISOM
Email (Directorio UPM)
javier.martinez
upm.es
Web personal (Directorio UPM)
http://www.isomgraphene.es/185493069
Teléfono (Directorio UPM)
910672596
Perfil en LOOP
Datos de Memorias relacionados
Proyectos de I+D+i y generación de recursos
11 Proyectos de I+D+i
1: (2011)
SMASH: Smart nanostructured semiconductors for energy saving light solutions
2: (2012)
GECCO: 3D GaN for High Efficiency Solid State Lighting
3: (2014)
GRAFENO PARA DISPOSITIVOS DE GENERACIÓN Y ALMACENAMIENTO DE ENERGÍA
4: (2015)
GRAFAGEN: Grafeno para dispositivos de generación y almacenamiento de energía
5: (2016)
NANOGREAT-2016: Graphene NANOcomposites REActors at preindustrial Technology readiness
6: (2017)
NANOGREAT-2017: Graphene NANOcomposites REActors at preindustrial Technology readiness
7: (2018)
DIGRAFEN: Dispositivos de grafeno para la mejora de las energías renovables
8: (2018)
DIGRAFEN: Dispositivos de grafeno para la mejora de las energías renovables
9: (2018)
DIGRAFEN: Dispositivos de grafeno para la mejora de las energías renovables
10: (2019)
NMAT2D-CM: NUEVOS MATERIALES BIDIMENSIONALES: CARACTERIZACION, PROPIEDADES Y APLICACIONES (G4-UPM)
11: (2019)
TAG con microprocesador desarrollado con nanotecnología, semiactivo autoalimentado con capacidad de comunicación a través de WIFI o Bluetooth, capacidad de interacción con otros TAGS del mismo tipo a través de su propio protocolo de comunicación, y con capacidad de interaccción con Blockchain (Nódulo físico de Blockchain)
Formación de Investigadores y Movilidad
6 Estancias y sabáticos recogidos en programas oficiales
1: (2015)
Estancia por Erasmus Mundus.- Smriti Ranjit. Lugar de Origen:Tribuhuvan University, Pulchow
2: (2015)
Estancia por Programa Erasmus.- Arianna Pane. Lugar de origen: Politecnico di Torino
3: (2016)
Estancia de Chen Wen
4: (2018)
Estancia de Investigación.- Zou Jiacheng.- Tongji University
5: (2019)
Estancia Erasmus de Alena Gorshkova
6: (2019)
Estancia Erasmus de Zuo Jinghan
1 Tesis Doctorales
1: (2017)
Development and characterization of graphene-based electronic devices
Difusión de Resultados de Investigación
19 Artículos en revistas
1: (2011)
Critical aspects of substrate nanopatterning for the ordered growth of GaN nanocolumns
2: (2012)
E-beam nano-patterning for the ordered growth of GaN/InGaN nanorods
3: (2012)
Fabrication of GaN nanorods by focused ion beam
4: (2014)
Graphene foam for high performance capacitors
5: (2015)
Graphene foam functionalized with electrodeposited nickel hydroxide for energy applications
6: (2015)
Improvement of the adhesion between polyaniline and commercial carbon paper by acid treatment and its application in supercapacitor electrodes.
7: (2015)
Method for extracting relevant electrical parameters from graphene field-effect transistors using a physical model
8: (2016)
Automatic graphene transfer system for improved material quality and efficiency
9: (2016)
Controlled synthesis of nanocrystalline glass-like carbon thin films with tuneable electrical and optical properties
10: (2016)
Improvement of the adhesion between polyaniline and commercial carbon paper by acid treatment and its application in supercapacitor electrodes
11: (2016)
Polyaniline nanofiber sponge filled graphene foam as high gravimetric and volumetric capacitance electrode
12: (2017)
Impact of 2D-Graphene on SiN Passivated AlGaN/GaN MIS-HEMTs Under Mist Exposure
13: (2018)
Acoustically-driven surface and hyperbolic plasmon-phonon polaritons in graphene/h-BN heterostructures on piezoelectric substrates
14: (2019)
A design for an electromagnetic filter for precision energy measurements at the tritium endpoint
15: (2019)
Advanced Graphene-Based Transparent Conductive Electrodes for Photovoltaic Applications
16: (2019)
Advanced graphene-based transparent conductive electrodes for photovoltaic applications
17: (2019)
Neutrino physics with the PTOLEMY project: active neutrino properties and the light sterile case
18: (2019)
Reduced graphene oxide/polyaniline electrochemical supercapacitors fabricated by laser
19: (2019)
Transparent electrodes based on graphene
19 Conferencias invitadas en congresos
1: (2012)
Congreso Organizado. 21st European Heterostructure Technology Workshop, HETECH 2012
2: (2012)
Short term applications of graphene
3: (2013)
Correlation between graphene properties and substrate grain structure in CVD fabrication
4: (2013)
Energy storage systems based on graphene
5: (2013)
Tecnología para nanoelectrónica de grafeno
6: (2014)
Graphene for Energy Storage
7: (2015)
Fabricación de grafeno mediante depósito en fase de vapor
8: (2015)
Graphene foams
9: (2015)
Graphene: technology and aplications
10: (2015)
Graphene-based supercapacitors
11: (2016)
Active plasmonics in graphene using surface acoustic waves
12: (2016)
Supercapacitors based in 3D graphene foams
13: (2016)
Surface acoustic wave-assisted plasmonics in graphene
14: (2016)
3D Graphene for energy storage
15: (2017)
Supercapacitors based in 3D graphene foams
16: (2018)
Graphene-based composite supercapacitors for enhanced capabilities
17: (2019)
Graphene Devices for Energy Applications
18: (2019)
Graphene for advanced solar cells
19: (2019)
Improved energy consumption of LEACH protocol through multi-hop in the cluster Seung
20 Cursos, seminarios y tutoriales
1: (2013)
"CURSO DE VERANO UPM: Emerging Applications of Graphene", 15 y 16 de junio de 2013.
2: (2013)
Graphene: 2D &3D devices
3: (2015)
High temperature superconductivity
4: (2015)
Actual technological applications of graphene.- Seminarios Internacionales de Fronteras de la Ciencia de Materiales
5: (2015)
Seminario de Prácticas de buen uso de Bombas de Vacío
6: (2016)
Atomic Layer Deposition: A powerful materials deposition technology
7: (2016)
Exploring single semiconductor nanowires using a synchrotron nanoprobe
8: (2016)
Seminario sobre Seguridad en el ISOM
9: (2016)
3D Graphene for Energy Storage.-Simposio Internacional: Materiales bidimensionales: explorando los límites de la física y la ingeniería
10: (2017)
Seminar on security and safety rules to be applied in case of emergency within the ISOM laboratories
11: (2017)
Seminario del ponente: D. Manuel Lozano. CNM-CSIC, 30 years of research in Micro-nanoelectronics
12: (2018)
Riesgos químicos y primeros auxilios.- D. Thomas Vercruysse
13: (2018)
Security and Safety rules
14: (2018)
CNM-CSIC, 30 years of research in Micro-nanoelectronics.- Dr. Manuel Lozano, Director del Instituto de Microelectrónica de Barcelona, CSIC
15: (2018)
En qué te puede ayudar para tus proyectos o empresa la Red de Salas Blancas de Micronanofabricación (MICRONANOFABS)?
16: (2018)
Jornadas Técnicas de Etching en dispositvos semiconductores ISOM-UPM
17: (2019)
Graphene devices for Energy applications
18: (2019)
Interaction of graphene related materials and cellular structures: Alterations, implications, and applications
19: (2019)
New concepts for production of scalable single layer graphene oxide by local anodic oxidation of graphene
20: (2019)
Visible Light Communications Technology and System-on-Chip
13 Otras Publicaciones
1: (2013)
EL ISOM ORGANIZA EL CURSO DE VERANO UPM 2013 TITULADO: 'EMERGING APPLICATIONS OF GRAPHENE' Dirigido a estudiantes de 3° y 4° de grado y de máster y doctorado de ingenierías y ciencias, así como a todos los interesados en este campo de tanto interés científico y tanto potencial industrial. Contamos con la participación de invitados muy reconocidos de la academia (ICMM-CSIC, ICFO, MIT, Nanogune, Technical University Munich, UPM) y de la empresa (Airbus, Avanzare, Graphenea, Nokia).
2: (2013)
Graphene Light, mejores ideas de negocio, X Competición de Creación de empresas, Actúa-UPM'', Universidad Politécnica de Madrid.
3: (2014)
La revolución del grafeno
4: (2015)
Se constituye la Red Española de Salas Blancas de Micro y Nano Fabricación. A este acto acudieron por la ICTS-ISOM el Profesor D. Claudio Aroca (Subdirector del ISOM-UPM) y el Dr. Javier Martínez (Responsable ICTS-ISOM de la UPM) http://goo.gl/0h57QY. Dr. Javier Martínez javier.martinez@isom.upm.es
5: (2016)
Apertura de la convocatoria de accesos competitivos a la nueva RED MICRONANOFABS creada por el MINECO dentro del nuevo Mapa Estatal de ICTS, de la que forma parte el ISOM-UPM.
6: (2016)
EL ISOM-UPM forma parte de la Red Micronanofabs El Comité Institucional de la Infraestructura Científica y Técnica Singular distribuida Micronanofabs se ha reunido en Valencia.
7: (2016)
Grupo de Dispositivos Semiconductores del ISOM: El GRAFENO
8: (2017)
Artículo de prensa en ABC MOTOR-reportajes: Presente y futuro del coche eléctrico: ¿realidad o ficción?. 'La mayoría de las personas desean tener un coche eléctrico, pero el factor limitante es el precio muy por delante de la autonomía del vehículo. Lo curioso de ambos aspectos es que están relacionados con las baterías y no con el tipo de motor. Un tercio del precio del coche eléctrico se debe a las baterías de iones de litio que cuestan unos 300 euros por kWh hoy en día. Pero las buenas notici
9: (2018)
La revista Europhysics News (vol. 49 n. 4) de la European Physical Society destaca en su reseña titulada 'Nanoscale light trapping in graphene/h-BN by sound waves' el reciente artículo 'Acoustically-driven surface and hyperbolic plasmon-phonon polaritons in graphene/h-BN heterostructures on piezoelectric substrates', J. Phys. D: Appl. Phys. 51, 204004 (2018), publicado por los investigadores del ISOM-UPM: Rajveer Fandan, Jorge Pedrós, Alberto Boscá, Javier Martínez y Fernando Calle
10: (2018)
PTOLEMY: A Proposal for Thermal Relic Detection of Massivectional Detectie Neutrinos and Diron of MeV Dark Matter, arXiv:1808.01892 [physics.ins-det] (2018).
11: (2019)
BLOGS madri+d, Energía y Sostenibilidad: Electrodos basados en grafeno, una revolución para la tecnología fotovoltaica
12: (2019)
El ISOM en la Red Española de Micro y Nanofabricación MICRONANOFABS. Actualización 2019 del Mapa de Infraestructuras Científicas y Técnicas Singulares (ICTS).
13: (2019)
Visita al ISOM de representantes de la Universidad ITT, Chicago.
62 Ponencia en Congresos
1: (2011)
E-beam nanopatterning for the selective area growth of III-V nitride nanorods
2: (2011)
Fabrication of GaN nanorods by focused ion beam
3: (2011)
Substrate nanopatterning by e-beam lithography to growth ordered arrays of III-nitride nanodetectors, white light emitters, and solar cells, Marie Curie Researchers Symposium
4: (2012)
Ambient p-doping of CVD
5: (2012)
Chemical vapour deposition of graphene on 3D metal foams
6: (2012)
Graphene Electrodes For Nano-LEDs
7: (2012)
Graphene-like layers obtained from PMMA
8: (2012)
NanoLEDs with graphene electrode
9: (2013)
AFM electrical characterization of graphene nano LEDs
10: (2013)
Chemical vapour deposition of graphene on 3-dimensional metal foams for energy-storage applications
11: (2013)
Correlation between graphene properties and substrate grain structure in CVD fabrication
12: (2013)
Emerging Applications of Graphene
13: (2013)
Energy Storage based in Graphene
14: (2013)
Flexible graphene device for lighting LED
15: (2013)
Graphene: processing and emerging application
16: (2013)
Graphene-based supercapacitors for electric vehicles
17: (2013)
Graphene-based supercapacitors for electric vehicles
18: (2013)
Selective area growth of InGaN/GaN nanostructures for green and white light emission
19: (2013)
Use of PMMA to obtain Graphene layer
20: (2013)
Use of PMMA to obtain Graphene layer
21: (2013)
3D graphene supercapacitor for energy applications'
22: (2014)
Electrical model for characterizing CVD graphene
23: (2014)
Flexible Graphene device for ligthing LED¿s
24: (2014)
Graphene foam functionalized with electrodeposited nickel hydroxide for energy applications
25: (2014)
Graphene foams: fabrication and applications
26: (2014)
Method for electrical evaluation of graphene using a GFET structure
27: (2014)
Polyaniline-coated carbon papers for supercapacitor electrodes
28: (2015)
Automatic transfer of graphene and its electrical characterization
29: (2015)
CVD-graphene growth and automated transfer for large-area, high performance applications
30: (2015)
Graphene foams: fabrication and applications
31: (2015)
Graphene foams: fabrication and applications
32: (2015)
Graphene-based supercapacitors
33: (2015)
Lab-scale system for automated graphene transfer
34: (2016)
Graphene reduced by laser for flexible electronics
35: (2016)
Graphene solar cells fabricated with an automated graphene transfer system
36: (2016)
Patterning on graphene membranes with a graphene AFM tip
37: (2017)
Acoustically-driven surface phonon-plasmon polaritons in graphene/h-BN/AlN heterostructures
38: (2017)
Application of graphene to transparent contacts for silicon-heterojunction solar cells
39: (2017)
Automated graphene transfer system for graphene solar cells
40: (2017)
Automated graphene transfer system for graphene solar cells
41: (2017)
Comparative study of different methods of production of thermally reduced graphene oxide
42: (2017)
Effects of mist exposure on SiN-passivated AlGaN/GaN-based MISHEMTs with and without graphene top layer
43: (2017)
Effects of 2D-Graphene on SiN passivated AlGaN/GaN based-MISHEMTs
44: (2017)
Optical quantification of strain and doping in graphene
45: (2017)
Photonic integrated devices for energy applications
46: (2018)
Acoustically-driven surface and hyperbolic plasmon-phonon polaritons in graphene/h-BN heterostructures on piezoelectric substratesed by Surface Acoustic Waves
47: (2018)
Acoustically-driven surface phonon-plasmon polaritons in graphene/h-BN and graphene/h-BN/graphene heterostructures on piezoelectric substrates
48: (2018)
Engineering Light-Matter Interaction in Graphene by Surface Acoustic Waves
49: (2018)
Graphene for advanced transparent electrodes
50: (2018)
Graphene Silicon-Heterojunction Solar Cells
51: (2018)
Impermeable Graphene on AlGaN/GaN HEMTs
52: (2018)
Laser-reduced graphene for energy storage devices
53: (2018)
Light-Matter Interaction in Graphene/h-BN and Graphene/h-BN/Graphene Heterostructures Mediated by Surface Acoustic Waves
54: (2018)
Parameter space of graphene growth in cold-wall CVD reactors
55: (2018)
Thermally reduced graphene oxide for hydrogen storage
56: (2019)
Almacenamiento de Hidrógeno en nuevos materiales grafénicos
57: (2019)
Challenges of CVD graphene integration into transparent electrodes for green energy solutions
58: (2019)
Evaluation of fast thermal synthesis of reduced graphene oxides
59: (2019)
Imaging techniques for characterizing the nucleation dynamics in CVD graphene
60: (2019)
Imaging techniques for characterizing the nucleation dynamics in CVD graphene
61: (2019)
Optimizing the methodology for the production of reduced graphene oxides (rGO) by laser irradiation, chemical, thermal, and combined routes
62: (2019)
Reduced graphene oxide/polyaniline electrochemical supercapacitors fabricated by laser
Explotación de Resultados y Transferencia de Tecnología
1 Creación de empresas
1: (2014)
Graphene Light en abril de 2014
13 Patentes
1: (2013)
Procedimiento de transferencia de nanocapas y aparato de realización del mismo
2: (2014)
Hierarchical composite structures based on graphene foam or graphene-like foam. N. de solicitud: EP14382428. Inventores: J. Pedrós, A. Boscá, J. Martínez, F. CALLE GÓMEZ, M.S. Ruiz-Gómez, L. Pérez, M.V. Barranco, A. Páez Dueñas, J. García San Luis. REPSOL-UPM
3: (2015)
Procedimiento de transferencia de nanocapas y aparato de realización del mismo
4: (2016)
Direct process for fabrication of functionalised 3D graphene foams
5: (2017)
Direct process for fabrication of functionalised 3D graphene foams. Referencia: 16382228-31375. Repsol S.A-UPM
6: (2017)
Direct process for fabrication of functionalised 3D graphene foams. Referencia: 16382228-31375. Repsol S.A-UPM
7: (2017)
Direct process for fabrication of functionalised 3D graphene foams. Referencia: 16382228-31375. Repsol S.A-UPM
8: (2017)
Hierarchical composite structures based on graphene foam or graphene-like foam. 14382428.2-1351. Repsol S.A-UPM
9: (2017)
Hierarchical composite structures based on graphene foam or graphene-like foam. 14382428.2-1351. Repsol S.A-UPM
10: (2017)
Hierarchical composite structures based on graphene foam or graphene-like foam. 14382428.2-1351. Repsol S.A-UPM
11: (2018)
Direct Process for fabrication of functionalised 3D Graphene foams
12: (2018)
Hierarchical composite structures based on graphene foam or graphene-like foam
13: (2019)
Hierarchical composite structures based on graphene foam or graphene-like foam
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S2i 2021 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
Cofinanciación del MINECO en el marco del Programa INNPACTO (IPT-020000-2010-22)
