His research interests cover a wide range of basic and applied physics and applications. Basic physics: laser- matter interactions, study of the plasma dynamics produced by the interaction of high power laser pulses with matter, acceleration of ion and electron beams generated by high intensity laser matter interactions, study of the ultra-high magnetic field generation by laser matter interactions and its influence on ions and electrons acceleration, study of the propagation of relativistic particle beams (electrons, ions, neutrons) in hot and dense plasmas, study of secondary plasma radiation sources produced by lasers and by pulsed power plasma devices (Z-pinch, X-pinch, Plasma Focus). Applied Physics: Acceleration of particles to ultra-high speeds using EM laser pulses, Plasma Imaging, Imaging and study of microstructures and nanostructures in materials using lasers, magnetic applications of plasmas and materials, study of the thermo-elastic nano-acoustic material properties. Technological applications: Detection of materials (e.g., explosives and drugs) using nuclear spectroscopy of neutrons produced by pulsed power plasma devices (plasma focus), high spatial resolution (nm) X-ray radiography of materials and biological systems, characterization/profilometry of ultrathin films using laser generated nano-acoustic waves, inertial fusion technologies, pulsed power optoelectronic devices.