Portal de Transparencia

Actividad investigadora:

• Artículos en revistas
  • [2019] 2D and 3D modelling of plasma amplifiers of UV, XUV and soft X-rays
  • [2019] EMcLAW: An unsplit Godunov method for Maxwells equations including polarization, metals, divergence control and AMR
  • [2019] First radiative shock experiments on the SG-II laser
  • [2019] La fusión Nuclear por confinamiento inercial y la investigación en el Instituto de Fusion Nuclear.
  • [2018] Clocking Femtosecond Collisional Dynamics via Resonant X-Ray Spectroscopy
  • [2018] DAGON: A 3D Maxwell-Bloch Code
  • [2017] Counter-propagating radiative shock experiments on the Orion laser and the formation of radiative precursors
  • [2017] Counterpropagating Radiative Shock Experiments on the Orion Laser
  • [2017] DAGON: a 3D Maxwell-Bloch code
  • [2017] Experimental study of the interaction of two laser-driven radiative shocks at the PALS laser
  • [2016] Quantum interference of high-order harmonics from mixed gases
  • [2016] Quantum interference of high-order harmonics from mixed gases
  • [2015] Development of a Godunov method for Maxwell's equations with Adaptive Mesh Refinement
  • [2015] Simulation of radiative shock waves in Xe of last PALS experiments
  • [2015] Simulation of radiative shock waves in Xe of last PALS experiments
  • [2015] Structure of a laser-driven radiative shock
  • [2014] Educating Nuclear Engineers by Nuclear Science and TEchnology Master at UPM
  • [2014] Simulation of radiative shock waves in Xe of last PALS experiments
  • [2013] Non-Maxwellian electron distributions in time-dependent simulations of low-Z materials illuminated by a high-intensity X-ray laser
  • [2013] Non-Maxwellian electron distributions in time-dependent simulations of low-Z materials illuminated by a high-intensity X-ray laser
  • [2012] A proposal for multi-tens of GW fully coherent femtosecond soft X-ray lasers
  • [2012] A proposal for multi-tens of GW fully coherent femtosecond soft X-ray lasers
  • [2012] A proposal for multi-tens of GW fully coherent femtosecond soft X-ray lasers
  • [2011] Bloch-Maxwell treatment of amplification of high harmonic seed in soft x-ray laser amplifiers in both direct and chirped amplifications
  • [2011] Bloche-Maxwell treatment of amplification of high harmonic seed in soft x-ray laser amplifiers in both direct and chirped amplifications
  • [2011] Comparison of natural and forced amplification regimes in plasma-based soft-x-ray lasers seeded by high-order harmonic
  • [2011] Equation of State for laboratory astrophysics applications
  • [2011] Equation of State for laboratory astrophysics applications
  • [2011] Radiative properties for warm and hot dense matter
  • [2011] Radiative properties for warm and hot dense matter
  • [2011] Study of rapid ionisation for simulation of soft X-ray lasers with the 2D hydro-radiative code ARWEN
  • [2010] Comparison of Acceleration Methods in a Radiation Transport Code With Adaptive Mesh Refinement
  • [2010] Comparison of Acceleration Methods in a Radiation Transport Code in AMR
  • [2010] Equation of State for laboratory astrophysics applications
  • [2010] FIREX project and effects of self-generated electric and magnetic fields on electron-driven fast ignition.
  • [2010] Hydrodynamic study of plasma amplifiers for soft-x-ray lasers: A transition in hydrodynamic behavior for plasma columns with widths ranging from 20 mu m to 2 mm
  • [2010] Optimization of soft x-ray amplifiers by controlling plasma hydrodynamics
  • [2010] Producing ultrashort, ultraintense plasma-based soft-x-ray laser pulses by high-harmonic seeding
  • [2010] Producing ultrashort, ultraintense plasma-based soft-x-ray laser pulses by high-harmonic seeding.
  • [2009] 2D numerical comparison between Sn and M1 radiation transport methods
  • [2009] Optimization of soft x-ray amplifier by tailoring plasma hydrodynamics
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• Capítulos de libros
  • [2014] Atomic and Plasma Physics Software and Databases for the Simulation of Short Wavelength Sources
  • [2014] Time-Dependent Simulation of Carbon Iluminated by a High Intensity X-Ray Laser
  • [2008] Simulations of radiative shocks and jet formation in laboratory plasmas
  • [2008] Study of the impact of small-scale plasma modulations and the size of the plasma on seeded soft x-ray laser homogeneity.
  • [2007] Advances in target design and materials physics for IFE at DENIM
  • [2007] Fast ignition by jet impact
  • [2007] Hydrodynamic simulations of laser plasma generation for transiently pumped soft x-ray amplifier
  • [2007] Recent results on fast ignition jet impact scheme
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• Conferencias invitadas en congresos
  • [2019] Time dependent atomic physics with non-thermal electron population for isochorically heated matter
  • [2019] Time dependent atomic physics with non-thermal electron population for isochorically heated matter. CARTA DE INVITACION
  • [2009] 2009 International Conference on Laboratory Astrophysics (ICLA2009)
  • [2009] 7th Direct Drive and Fast Ignition Workshop
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• Otras Publicaciones
  • [2014] Time-Dependent Simulation of Carbon Illuminated by a High Intensity X-Ray Laser
  • [2013] Equation of state and opacities for warm dense matter
  • [2013] Influence of non-maxwellian electron distribution in low-Z elements iluminated by a high intensity X-ray laser
  • [2008] 35th EPS Plasma Physics Conference (10th International Workshop on Fast Ignition of Fusion Targets)
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• Ponencia en Congresos
  • [2019] Femtosecond dynamics in the interaction of X-ray laser with matter
  • [2019] 2D and 3D modelling of plasma amplifiers of UV, XUV and soft X-rays
  • [2019] EMcLAW: a Maxwell solver code with AMR
  • [2019] Generation of non-planar shock waves for probing astrophysical phenomena in the laboratory
  • [2019] Non-thermal time-dependent electron dynamics in XFEL-produced plasmas
  • [2017] Atomic plasma calculations in the interaction of ultra-short and ultra-intense X-ray laser with matter,. PRESENTACIÓN ORAL
  • [2017] DAGON: a 3D Maxwell-Bloch code.
  • [2017] EMCLAW: an AMR Maxwell Solver code.
  • [2017] Modelling of coherent XUV and soft X-ray sources
  • [2017] Non-thermal time-dependent atomic physics in the interaction of X-ray laser with matter.
  • [2016] High Harmonics Generation using Noble Gases
  • [2016] Modelling of High Energy Density Physics
  • [2016] Quantum interference of high-order harmonics from mixed gases
  • [2015] Equalization of the high harmonics generation using two noble gases
  • [2014] 0.27 GW Soft X-Ray Pulse Using a Plasma-Based Amplification Chain
  • [2014] Intensity and wave-front produced by HHG,
  • [2014] Interaction of High Intentity X Ray Beams with Matter
  • [2014] Laser produced radiative shock waves in Xe: simulation of previous PALS experiments (poster)
  • [2014] Refractive index of matter irradiate by X-ray lasers
  • [2013] Determination of optical and dielectric properties in intense X-ray laser-matter interaction
  • [2013] Influence of non equilibrium electron distributions in population dynamics in intense X-ray laser-matter interaction
  • [2013] Interaction of the Type Ia Supernovae ejecta with a secondary star moving in a compact orbit
  • [2013] Multi-tens of GW peak power plasma-based soft X-ray laser
  • [2013] The Nuclear Science and Technology master at the Universidad Politecnica de Madrid
  • [2012] Improvements in equation of state and opacities for warm dense matter
  • [2012] Time-dependent simulation of carbon iluminated by a high intensity X-ray laser
  • [2012] Time-dependent simulation of low-Z elements iluminated by a high intensity X-ray laser (POSTER)
  • [2011] Analysis of the influence of cone coating in the prepulse produced plasma in FI targets.
  • [2011] Equation of State and Opacities for Warm Dense Matter
  • [2011] Equation of State and Opacities for Warm Dense Matter
  • [2011] Formación y entrenamiento de ingenieros nucleares mediante el máster de Ciencia y Tecnología nuclear de la UPM
  • [2011] Frequency-dependent opacity calculations for radiation transport simulations (POSTER)
  • [2011] Modelling and design of high harmonic seeding in soft x-ray laser plasmas with both direct and stretched amplification techniques: application to ELI facilities
  • [2011] Synchrotron X-ray photoabsorption spectroscopy of plasmas
  • [2011] Synchrotron X-ray photoabsorption spectroscopy of plasmas (POSTER)
  • [2009] Optimization of soft x-ray amplifier by tailoring plasma hydrodynamics
  • [2008] Direct and indirect methods of the plasma jet generation
  • [2008] Hydrodynamic and ray-tracing simulation of seeded soft x-ray laser amplifying stages
  • [2008] Progress in Inertial Fusion and Fusion Technology at DENIM
  • [2008] Simulation of the shell-cone interaction in fast ignition targets
  • [2008] Study of the influence of numerical techniques of radiation laser-matter interaction problems
  • [2008] Target Physics and Materials for Inertial Fusion and Fusion Technology at DENIM
  • [2007] First comparison of two radiative transfer methods : M1 and Sn techniques
  • [2007] Simulations of radiative shocks and jet formation in laboratory plasmas
  • [2007] Study of the impact of small-scale plasma modulations and the size of the plasma on seeded soft x-ray laser homogeneity
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• Proyectos de I+D+i
  • [2019] IMPLEMENTATION OF ACTIVITIES DESCRIBED IN THE ROADMAP TO FUSION DURING HORIZONTE 2020 THROUGH A JOINT PROGRAMME OF THE MEMBERS OF THE EUROFUSION CONSORTIUM
  • [2018] DEVELOPEMENT OF AN AMR 3D MAXWELL-BLOCH CODE AND APPLICATION TO COHERENT FEMTO-NANO-IMAGINING (DAGON)
  • [2016] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS
  • [2015] ARWENIFX: Perfeccionamiento del código ARWEN para el estudio y diseño de blancos para fusión inercial y láseres de rayos X
  • [2015] DAGON: Developement of an AMR 3D Maxwell-Bloch code and application to coherent femto-nano-imaging
  • [2015] DEVELOPMENT OF AN AMR 3D MAXWELL-BLOCH CODE AND APPLICATION TO COHERENT FEMTO-NANO-IMAGINING (DAGON)
  • [2015] INREX
  • [2015] PERFECCIONAMIENTO DE LOS ALGORITMOS DEL CODIGO BIDIMENSIONAL ARWEN PARA LA SIMULACION DE PLASMAS DE FUSION INERCIAL Y PARA EL DISEÑO Y ANALISIS DE EXPERIMENTOS EN CURSO
  • [2015] PERFECCIONAMIENTO DE LOS ALGORITMOS DEL CODIGO BIDIMENSIONAL ARWEN PARA LA SIMULACION DE PLASMAS DE FUSION INERCIAL Y PARA EL DISEÑO Y ANALISIS DE EXPERIMENTOS EN CURSO
  • [2015] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS X
  • [2015] SFINX: SOURCES OF FEMTOSECOND INTENSE X-RAYS
  • [2014] DEVELOPEMENT OF AN AMR 3D MAXWELL-BLOCH CODE AND APPLICATION TO COHERENT FEMTO-NANO-IMAGINING (DAGON)
  • [2014] EUROfusion - IFN: Implementation of activities described in the Roadmap to Fusion during Horizon 2020 through a Joint Programme of the members of the EUROfusion consortium
  • [2014] LASERLAB-EUROPE
  • [2014] PERFECCIONAMIENTO DE LOS ALGORITMOS DEL CODIGO BIDIMENSIONAL ARWEN PARA LA SIMULACION DE PLASMAS DE FUSION INERCIAL Y PARA EL DISEÑO Y ANALISIS DE EXPERIMENTOS E
  • [2014] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS
  • [2013] LASERLAB-EUROPE
  • [2013] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS
  • [2013] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS X
  • [2013] PERFECCIONAMIENTO DEL CODIGO ARWEN PARA EL ESTUDIO Y DISEÑO DE BLANCOS PARA FUSION INERCIAL Y LASERES DE RAYOS X
  • [2012] ARWENIFX: Perfeccionamiento del código ARWEN para el estudio y diseño de blancos para fusión inercial y láseres de rayos X
  • [2012] Innovative radiation sources at the extremes (INREX) LASERLAB 3
  • [2012] LASERLAB-EUROPE: Integrated European Laser Laboratories
  • [2012] SFINX "SOURCES OF FEMTOSECOND INTENSE X-RAYS"
  • [2011] HIPER (1): European High Power Laser Energy Research Facility
  • [2011] PERFECCIONAMIENTO DE LOS ALGORITMOS DEL CODIGO BIDIMENSIONAL ARWN PARA LA SIMULACION DE PLASMAS DE FUSION INERCIAL Y PARA EL DISEÑO Y ANALISIS DE EXPERIMENTOS EN
  • [2010] HiPER: European High Power Laser Energy Research Facility (Preparatory Phase Study). Fp7-infraestructures-2007-1. VII Framework Programme, capacities workprogramme. Grant Agreement No. 211737.
  • [2010] PROYECTO TITLE ELI-PP (GRANT AGEEMENT Nº 212105)
  • [2009] Convenio CIEMAT/DENIM en el marco del Programa de Actividades de Seguimiento (keep-in-touch) de la Fusión Nuclear por Confinamiento Inercial (IFE) para la producción de energía de la Unión Europea. (ref.: 08/061)
  • [2009] ELI-PP: Extreme Light Infrastructure Project. (Preparatory Phase Study). Fp7-Infrastructures-2007-1. Integrating activities. VII Framework Programme, capacities workprogramme. Grant Agreement No. 212105.
  • [2009] HiPER: European High Power Laser Energy Research Facility (Preparatory Phase Study). Fp7-infraestructures-2007-1. VII Framework Programme, capacities workprogramme. Grant Agreement No. 211737.
  • [2009] Perfeccionamiento de los algoritmos del código bidimensional ARWEN para la simulación de plasmas de fusión inercial y para el diseño y análisis de experimentos en curso. Ref. ENE2008-04767/FTN
  • [2009] SFINX Sources or femtosecond intense X-rays (7 PM) (Subcontratación ARMINES, L'Asociation pour la recherché et le Développment des Methodes et Processus Industriels)
  • [2008] ELI-PP: Extreme Light Infrastructure Project. (Preparatory Phase Study).
  • [2008] Elaboración de herramientas de simulación numérica y diseño de experimentos para el Proyecto ELI.
  • [2008] Perfeccionamiento de los Algoritmos del Código Bidimensional ARWEN para la Simulación de Blancos de Fusión Inercial y para el Diseño y Análisis de Experimentos en curso.
  • [2007] Cooperación en el campo de la fusión nuclear por confinamiento inercial y tecnologia de la fusión
  • [2007] Elaboración de herramientas de simulación numérica y diseño de experimentos para el Proyecto ELI
  • [2007] Elaboración de herramientas de simulación numérica y diseño de experimentos para el Proyecto ELI
  • [2007] Fase preparatoria del Proyecto HiPER
  • [2007] Fusión por impacto y materiales y sistemas bajo irradiación en experimentos y demostradores de fusión nuclear II
  • [2007] Perfeccionamiento de los Algoritmos del Código Bidimensional ARWEN para la Simulación de Blancos de Fusión Inercial y para el Diseño y Análisis de Experimentos en curso.
  • [2007] Perfeccionamiento de los Algoritmos del Código Bidimensional ARWEN para la Simulación de Blancos de Fusión Inercial y para el Diseño y Análisis de Experimentos en curso.
  • [2007] Tabletop ultra-intense XUV sources for femto-biology and related applications. TUIXS NEST.
  • [2007] Tabletop ultra-intense XUV sources for femto-biology and related applications. TUIXS NEST.
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• Responsabilidades
  • [2019] Chair en varias sesiones en la conferencia IFSA 2019
• Tesis Doctorales
  • [2017] Interaction of lasers with noble gases for the high-order harmonics generation
  • [2015] Desarrollo de un método numérico para flujos multimaterial en 2D en ARWEN
  • [2015] Development of AMREM: A Maxwell's Equations solver with adaptive mesh refinement
  • [2014] Mejora y optimización de un código de simulación hidrodinámico con transporte de radiación para el estudio de sistemas en condiciones de alta densidad de energía
  • [2014] Modelización de las propiedades radiativas e interacción de láseres ultraintensos con la materia. Autor: Alberto García de la Varga
  • [2010] Mejora de un código hidrodinámico con transporte de radiación en malla adaptativa refinada (AMR) y su aplicación a los láseres de rayos X
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