
- Dr. Karen Martirosyan (Principal Investigator)
- Houston Endowed Chair in Science, Math and Technology, Professor of Physics
- Email:


PhD candidate

PhD - candidate
MS in Physics, UTRGV

MSIS- candidate

MS- Biochemistry and Molecular Biology, UTRGV, 2022

MS - Physics, UTRGV, 2020

MS - Physics, UTRGV, 2020

MS - Physics, UTRGV, 2020

MS - Physics, UTRGV, 2020

Research Interests: Nano-materials, Nano-energetic Gas Generators (NGG) and other Nano-energetic materials, processing and characterization, next generation rechargeable batteries, solid state physics, Combustion Synthesis, Ceramic foams,advanced ceramics, composites, Lunar Regolith Sintering problem, as well as bioactive Nano-energetic materials and devices.

Research Interests: In pursuit of PhD , my research centers on investigation physical properties of magnetostrictive, magneto-optical and multiferroic nanocomposite.



Research Interests: Research interests-shape and size dependent nanoenergetic materials, microfluidic fabrication of nanostructures.

Research Interests: Simulation of Electronic Processes of Nanoenergetic Gas Generators.

Research Interests: Worked in the development of Nano-size semiconductors at UTPA. Worked with high-tech instruments to characterize nano particles: Scanning Electron Microscope, Raman Spectrometer and X-Ray Diffraction. Finished a project entitled: “Facile Carbon Coating on Photocatalytic Strontium Titanate Nanoparticles for Water Disinfection”.

Research Interests: Nanobiotechnology, Thermosensitive Nanoparticles for Hyperthermia Cancer Treatment.

Research Interests: My research efforts are centered on the development and implication of the self-assembly process within a nano-thermite system. Applications are set to achieve an ordered lattice with shock waves, energy release, and ignition times increased. Advancement of such materials interfacial space would significantly evolve the systems currently in place today.

Research Interests: Research focused on the design and construction of the devices used in the nano-thermites experiments and in the production of energy utilizing piezoelectric materials.

Research Interests: Overall, my research interests are on materials synthesis. My current and most recent projects include the nanostructured synthesis of self-assembled Al/Bi2O3 thermite systems and the synthesis of Mn2+ doping of nanomagnetic Cobalt Ferrites.

Research Interests: Nano materials,Nano boron based thermite,the modified methods of boron particles and the applications of nano-thermite.

Research Interests: Computational Fluid Dynamics in Carbon Combustion Synthesis of Oxides (SSCO) and Multi scale and multi temperature modeling of heat mass transfer in porous media with large Knudsen numbers.

Research Interests: Dr. Val Papanyan is expert on image analysis, pattern recognition, remote measurements and spec-troscopy, including modeling of the optical properties of nanostructured materials. He also designed laser pyro-ignition units for the NASA’s X-38 space return vehicle and conducted advanced data reduction methodologies for the orbital debris detection and size estimation at the Johnson Space Center Orbital Debris Project Office.

Research Interests: Mathematical modelling of physical and chemical processes.

Research Interests: Photocatalytic materials, Self-propagating high-temperature synthesis, Molecular physics.

Research Interests: Structural and magnetic properties of nanostructured systems containing rare earth elements.

Research Interests: Nanomaterials, synthesis and characterization of nanoparticles (magnetic, polystyrene), photonic crystals.

Research Interests: In pursuit of PhD , my research focus to gain an insight into the mechanisms of formation of LiCoO2 and LiMn2O4 nanoparticles utilizing the new technology and to apply the knowledge to develop better control of particle size and rechargeable battery properties.