Portal de Transparencia

Actividad investigadora:

• Artículos en revistas
  • [2019] TRENDS IN UNIVERSITY TEACHING IN PHYSICS: INTERACTION AND GAMIFICATION
  • [2019] Thermoradiative Cells Based on a p-type Cu3SbSe4 Semiconductor: Application of a Detailed Balance Model
  • [2019] Transition metal hyperdoped-InP materials as efficient solar absorber materials
  • [2018] Influence of chromium hyperdoping on the electronic structure of CH3NH3PbI3 perovskite: a first-principles insight
  • [2018] Influence of chromium hyperdoping on the electronic structure of CH3NH3PbI3 perovskite: a first-principles insight (vol 8, 2018)
  • [2018] Thermoelectric Properties of Doped-Cu3SbSe4 Compounds: A First- Principles Insight
  • [2018] Thermoelectric Properties of Doped-Cu3SbSe4 Compounds: A First-Principles Insight
  • [2018] Tight-binding electronic band structure and surface states of Cu-chalcopyrite semiconductors
  • [2017] Ferroelectric Domains May Lead to Two-Dimensional Confinement of Holes, but not of Electrons, in CH3NH3PbI3 Perovskite
  • [2017] Ferroelectric domains may lead to two-dimensional confinement of holes, but not of electrons, in CH3NH3PbI3 perovskite
  • [2017] First principle study of V-implantation in highly-doped silicon materials
  • [2017] First principle study of V-implantation in highly-doped silicon materials
  • [2017] Solution-based synthesis and processing of Sn- and Bi-doped Cu3SbSe4 nanocrystals, nanomaterials and ring-shaped thermoelectric generators
  • [2017] Solution-based synthesis and processing of Sn- and Bi-doped Cu3SbSe4 nanocrystals, nanomaterials and ring-shaped thermoelectric generators
  • [2017] Theoretical band alignment in an intermediate band chalcopyrite based material
  • [2017] Theoretical band alignment in an intermediate band chalcopyritebased based material
  • [2017] Vanadium supersaturated silicon system: a theoretical and experimental approach
  • [2017] Vanadium supersaturated silicon system: a theoretical and experimental approach
  • [2016] Electronic band alignment at CuGaS2 chalcopyrite interfaces
  • [2016] Electronic band alignment at CuGaS2 chalcopyrite interfaces
  • [2016] Modeling of thermal effect on the electronic properties of photovoltaic perovskite CH3NH3PbI3: the case of tetragonal phase
  • [2015] Electronic and atomic structure of complex defects in Al- and Ga-highly doped ZnO films
  • [2014] Analysis of SnS2 hyperdoped with V proposed as efficient absorber material.
  • [2014] Analysis of SnS2 hyperdoped with V proposed as efficient absorber material
  • [2014] Self-consistent relativistic band structure of the CH3NH3PbI3 perovskite
  • [2014] Self-consistent relativistic band structure of the CH3NH3PbI3 perovskite
  • [2014] V-substituted In2S3: an intermediate band material with photocatalytic activity in the whole visible light range
  • [2014] V-substituted In2S3: an intermediate band material with photocatalytic activity in the whole visible light range
  • [2014] V-substituted In2S3: an intermediate band material with photocatalytic activity in the whole visible light range
  • [2013] Double Ion Implantation and Pulsed Laser Melting Processes for Third Generation Solar Cells
  • [2013] Effect of van der Waals interaction on the properties of SnS2 layered semiconductor
  • [2013] Obtaining an intermediate band photovoltaic material through the Bi insertion in CdTe
  • [2013] Obtaining an intermediate band photovoltaic material through the Bi insertion in CdTe
  • [2012] Band gap control via tuning of inversion degree in CdIn2S4 Spinel
  • [2012] Effect of van der Waals interaction on the properties of SnS2 layered semiconductor
  • [2011] Thermodynamics of zinc insertion in CuGaS2:Ti, used as a modulator agent in an intermediate-band photovoltaic material
  • [2010] Active materials based on implanted Si for obtaining intermediate band solar cells
  • [2010] Active materials based on implanted Si for obtaining intermediate band solar cells
  • [2010] Electronic structure and optical properties in ZnO:M(Co, Cd). Effect of band-gap variation
  • [2010] Enhancement of optical absorption in Ga-chalcopyrite-based intermediate-band materials for high efficiency solar cells
  • [2010] Formation of a reliable intermediate band in Si heavily coimplanted with chalcogens (S, Se, Te) and group III elements (B, Al)
  • [2010] Intermediate band position modulated by Zn addition in Ti doped CuGaS2
  • [2010] Theoretical optoelectronic analysis of MgIn2S4 and CdIn2S4 thiospinels: Effect of transition-metal substitution in intermediate-band formation
  • [2009] Ab-initio valence band spectra of Al, In doped ZnO
  • [2009] Assessment through first principles calculations of a novel intermediate band photovoltaic material based on Ti-implanted silicon: interstitial versus substitutional origin
  • [2008] Ab-initio vibrational properties of transition metal chalcopyrite alloys determined as high-efficiency intermediate-band photovoltaic materials
  • [2008] Electronic structure of bulk- and Na-intercalated TiS2 determined from a GGA+U study with the Hubbard terms obtained ab initio
  • [2008] Optical properties of chalcopyrite-type intermediate transition metal band materials from first principles
  • [2008] Synthesis and Spectral Properties of Nanocrystalline V-Substituted In2S3, a Novel Material for More Efficient Use of Solar Radiation
  • [2008] Thermodynamics of the formation of Ti- and Cr-doped CuGaS2 intermediate-band photovoltaic materials
  • [2008] Transition Metal Substituted Indium Thiospinels: Towards an Ab Initio Understanding of the Intermediate Band Formation
  • [2007] Chalcopyrite-based Materials for intermediate band solar cells: Feasibility assessments based on thermodynamic calculations
  • [2007] Characterization by ab initio calculations of an intermediate band material based on chalcopyrite semiconductors substituted by several transition metals
  • [2007] Engineering intermediate band materials based on metal-doped chalcogenides compounds by quantum mechanical calculations
  • [2007] Theoretical modelling of intermediate band solar cell materials based on metal-doped chalcopyrite compounds
  • [2007] Vibrational and optoelectronic properties for intermediate band materials based on substituted chalcopyrites
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• Capítulos de libros
  • [2018] Band alignment of polar and non-polar interfaces between the CuGaS2/CuAlSe2 and CuGaS2/ZnSe
  • [2018] Impact of V-implantation and Si-Vacancies on Crystal Structure and Optical Absorption Properties of Silicon
  • [2015] Band alignment between CuGaS2 chalcopyrite and photovoltaic interesting heterointerfaceS
  • [2015] Electronic structure of photovoltaic perovskites: the case of CH3NH3PbI3
  • [2015] New Generation of Materials for More Efficient Solar Energy Use: Quantum Modelling and Experimental Realizations
  • [2014] New generation of materials for more efficient solar energy use: Quantum modelling and experimental realizations
  • [2014] New generation of materials for more efficient solar energy use: Quantum modelling and experimental realizations
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• Conferencias invitadas en congresos
  • [2015] Propiedades estructurales y electrónicas de hetero-interfases de CuGaS2:Cr para su uso en células solares de alta eficiencia
  • [2015] Propiedades estructurales y electrónicas de hetero-interfases de CuGaS2:Cr para su uso en células solares de alta eficiencia
  • [2015] Design of Novel Materials for More Efficient Solar Energy Use
  • [2015] Estructura electrónicas de perovskitas fotovoltaicas: el caso del CH3NH3PbI3
  • [2015] Mimicking the Photosynthesis Z Scheme to Design Efficient Photovoltaic Absorber Materials
  • [2015] Novel Materials for More Efficient Solar Energy Use
  • [2011] Electronic Band Alignment between nano-porous ZnO and metal dyes
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• Cursos, seminarios y tutoriales
  • [2014] New generation of materials for more efficient solar energy use: Quantum modeling and experimental realizations
• Estancias y sabáticos recogidos en programas oficiales
  • [2010] Estancia de Pablo Palacios en Universidad de Cambridge
  • [2009] "José Castillejo" (Ministerio de Educación) para estancias de movilidad en el extranjero de jóvenes doctores
  • [2007] Estancia del Dr. Kefrén Sánchez Noriega en el Centre de Physique Theorique, Ecole Polytecnique
• Otras Publicaciones
  • [2014] Self-consistent relativistic band structure of the CH3NH3PbI3 perovskite
  • [2011] Intermediate band PV materials: Proposal of new systems and experimental realizations
• Patentes
  • [2014] Método para determinar las propiedades fotovoltaicas de materiales sólidos susceptibles de actuar como absorbentes de luz en dispositivos fotovoltaicos
  • [2012] Uso de las reacciones fotocatalíticas para analizar el funcionamiento de materiales absorbentes de luz con aplicación fotovoltaica
  • [2011] Uso de reacciones fotocatalíticas para analizar el funcionamiento de materiales absorbentes de luz con aplicación fotovoltaica
  • [2010] Material de banda intermedia basado en un compuesto semiconductor de tipo calcogenuro de estaño.
  • [2009] Material de banda intermedia basado en un compuesto semiconductor de tipo calcogenuro de estaño
  • [2009] Materiales de silicio de banda intermedia
  • [2009] Materiales de silicio de banda intermedia
  • [2007] Uso fotónico de material de banda intermedia basado en un semiconductor tipo calcogenuro
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• Ponencia en Congresos
  • [2019] Estudio teórico de materiales fotovoltaicos avanzados basados en Perovskitas Nombre
  • [2019] Trends in University teaching in Physics: Interaction and gamification
  • [2018] Chromium doping impact on the electronic structure of CH3NH3PbI3
  • [2018] Hole-electron asymmetry in diffusion pathways induced by ferroelectric nanodomains in CH3NH3PbI3
  • [2018] Understanding relations between structural effects and electronic properties in CH3NH3PbI3 perovskite
  • [2015] First-principles calculation of the band alignment at CuGaS2/CuAlSe2, CuGaS2/ZnSe and CuGaS2/ZnS interfaces
  • [2012] Ab-Initio calculations including Van der Waals interactions: the SnS2 layered material.
  • [2012] Band gap control by tuning inversion degree in CdIn2S4 spinel
  • [2012] DFT calculations in ZnMgO thin films
  • [2012] First Principles calculations of SnS2 layered semiconductor taking into account the Van der Waals interactions.
  • [2012] In2S3 and SnS2, with or without doping, as visible light photocatalysts
  • [2012] New Intermediate band sulphide nanoparticles acting in the full visible light range spectra as an active photocatalyst
  • [2012] Obtaining Novel In-gap Electronic Structures through Metal Inclusion in Silicon Clathrates
  • [2012] Obtaining novel in-gap electronic structures through metal inclusion in Silicon clathrates
  • [2012] Substituted SnS2 as a new intermediate band material
  • [2012] Sulfuros fotocatalizadores que utilizan ampliamente el espectro de luz visible
  • [2012] Theoretical study of band alignment in nano-porous ZnO interacting with substituted Phthalocyanines
  • [2012] Theoretical study of interaction between nano-porous ZnO with substituted Phthalocyanines
  • [2012] Vanadium-Doped In and Sn Sulphides: Photocatalysts able to use the whole visible light spectrum
  • [2012] Vanadium-Doped In and Sn Sulphides: Photocatalysts able to use the whole visible light spectrum
  • [2011] Bonding and electronic band alignment between nano-porous ZnO and a metal Phtalocyanine dye
  • [2011] DFT calculations in ZnMgO thin films (Poster)
  • [2011] Description of Bi evolution in CdTe lattice using first principles calculations
  • [2011] Electronic Band Alignment between Nano-Porous ZnO and Metal Dyes.
  • [2011] First principles study of Bi dopen CdTe thin film solar cells: electronic and optical properties
  • [2011] Intermediate Band Materials for more efficient solar energy use: quantum modelling and experimental realizations
  • [2011] Intermediate Band PV Materials: Proposal of new systems and experimental realizations
  • [2011] Intermediate band materials for more efficient solar energy use: quantum modelling and experimental realizations
  • [2011] NEW MATERIALS FOR INTERMEDIATE BAND PHOTOVOLTAIC CELLS. THEORETICAL AND EXPERIMENTAL APPROACHES.
  • [2011] Nanostructures ZnO/Ts-CuP hybrid thin films for photovoltaic applications
  • [2011] Nanostructures ZnO/Ts-CuP hybrid thin films for photovoltaic applications
  • [2011] New Generation of intermediate band materials for better use of solar spectrum
  • [2011] New Generation of intermediate band materials for better use of solar spectrum
  • [2011] Theoretical advanced study of CdTe:Bi photovoltaic material. Optoelectronic properties
  • [2011] Theoretical study of band alignment in nano-porous ZnO interacting with substituted Phthalocyanines
  • [2010] Advanced computational design of intermediate band photovoltaic material V substituted MgIn2S4
  • [2010] First principles calculations of complex intermediate band materials for photovoltaic devices
  • [2010] New Intermediate Band Materials for better use of solar spectrum in photovoltaic cells
  • [2010] New materials for intermediate band photovoltaic cells. A theoretical and experimental approach
  • [2010] Single-phase intermediate band materials for PV cells: quantum calculation assessment and experimental realisation
  • [2010] Theoretical design and experimental synthesis of intermediate band thin film and hybrid photovoltaic material
  • [2010] Transition metal-substituted semiconductors: a class of intermediate band materials for more efficient photovoltaic cells
  • [2009] Estudio teórico de materiales de banda intermedia para su uso como células solares de alta eficiencia
  • [2009] Advanced Computational Design of Intermediate Band Photovoltaic Material
  • [2009] Electronic Structure and band-gap variation in ZnO:M(Co, Cd)
  • [2009] Electronic and chemical properties of thin film compunds proposed as high efficiency photovoltaic materials
  • [2009] First Principles Calculations and Experimental Assessment of Complex Intermediate Band Materials for Photovoltaic Devices
  • [2009] First-principles design of complex intermediate-band photovoltaic materials
  • [2009] First-principles properties of an intermediate band material based on Ti-implanted silicon.
  • [2009] New complex intermediate band materials for highly efficient photovoltaic cells
  • [2009] Optical and dielectric properties of intermediate band materials for high efficeincy photovoltaics
  • [2009] Optoelectronic properties of intermediate band photovoltaic materials from first principles calculations
  • [2009] Optoelectronic properties of intermediate band photovoltaic materias from first principles calculations
  • [2009] Theory and Experimental Assessment of Complex Intermediate Band Materials for Photovoltaic Devices
  • [2008] Advanced theoretically engineeing of novel photovoltaic intermediate band materials based on metal doped chalcogenides
  • [2008] Optical properties of novel intermediate band indium thiospinel materials by quantum mechanical calculations
  • [2008] Synthesis and characterization of transition metal-subtituted indium thiospinels as intermediate band materials for high efficiency solar cells
  • [2008] Towards an Ab-initio Characterization of Novel Intermediate Band Photovoltaic Materials
  • [2007] Caracterización ab-initio de materiales solares de banda intermedia para células solares de alta eficiencia
  • [2007] Chalcopyrite- based materials for intermedaite band solar cells: feasibility assessment based on thermodynamic calculations
  • [2007] Electronic Properties and band calculations of potential candidates to be a high efficiency solar cell material
  • [2007] Engineering intermediate band materials based on metal-doped chalcogenide compounds by quantum mechanical calculations
  • [2007] Estudio y caracterización teórica de materiales de banda intermedia para células solares de alta eficiencia
  • [2007] Vibrational Properties and thermodynamics of chalcopyrite type promising high efficiency solar cell materials
  • [2007] Vibrational and optoelectronic properties for intermedaite band materials based on substituted chalcopyrites
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• Proyectos de I+D+i
  • [2016] GCC-IES. MATERIALES, DISPOSITIVOS Y TECNOLOGÍA PARA EL DESARROLLO DE LA INDUSTRIA FOTOVOLTAICA (MADRID-PV)
  • [2016] SEHTOP-QC: Aprovechamiento de Luz Solar mediante un proceso de dos fotones
  • [2015] BOOSTER-QC: Mejora de la conversión de energía solar mediante procesos de excitación electrónica en dos etapas: Cálculos Cuánticos
  • [2015] MATERIALES, DISPOSITIVOS Y TECNOLOGÍA PARA EL DESARROLLO DE LA INDUSTRIA FOTOVOLTAICA (MADRID-PV)
  • [2014] SUBPROYECTO GCC: NUEVA GENERACION DE MATERIALES, DISPOSITIVOS Y ESTRATEGIAS FOTOVOLTAICAS PARA UN MEJOR APROVECHAMIENTO DE LA ENERGIA DEL SOL
  • [2013] Development of a new generation of CIGS-based solar cells. (NanoCIS)
  • [2012] Design and Characterization of Advanced Photovoltaic Materials with High Efficiency,
  • [2012] Diseño, síntesis y caracterización de materiales fotovoltaicos avanzados de alta eficiencia. (FOTOMAT)
  • [2012] Theoretical Characterization of the optimized geometry and energy levels in a hybrid nanostructure
  • [2012] Tuning of inversion degree and band gap control in MgIn2S4 and CdIn2S4 thio-spinels,
  • [2011] Design and Characterization of Advanced Photovoltaic Materials with High Efficiency
  • [2011] NANOCis: Development of a new generation of CIGS-based solar cells
  • [2011] Nueva generación de materiales, dispositivos y estrategias fotovoltaicas para un mejor aprovechamiento de la energía del sol (NUMANCIA 2)
  • [2009] DISEÑO, SINTESIS Y CARACTERIZACION DE MATERIALES FOTOVOLTAICOS AVANZADOS DE ALTA EFICIENCIA
  • [2008] CALIBAND
  • [2008] CONSOLIDER-GENESIS-FV (SEF):Investigación en materia de una nueva generación de materiales, células y sistemas para la conversión fotovoltaica
  • [2008] FULLSPECTRUM:A new PV wave making more efficient use of the solar spectrum
  • [2008] NUMANCIA (GCC):Nueva Generación de materiales, dispositivos y estrategias fotovoltaicas para un mejor aprovechamiento de la energía del sol
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• Tesis Doctorales
  • [2017] Propiedades Electrónicas de Semiconductores con Banda Intermedia para sus aplicaciones en celdas solares
  • [2017] Propiedades Electrónicas de Semiconductores con Banda Intermedia para sus aplicaciones en celdas solares
  • [2014] Estudio teorico de propiedades termodinámicas y optoelectrónicas de nuevos materiales fotovoltaicos de banda intermedia
  • [2014] Theoretical study of thermodynamic and optoelectronic properties of new intermediate band photovoltaic materials
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