Assistant Professor

The petitioner proposes to develop observationally compatible models to advance the scientific understanding of fundamental physics problems, including gravitational force, the inflationary era of the early universe, and the nature of dark energy and dark matter. His work aims to strengthen global space exploration and research industries by expanding the scientific understanding of cosmological structures and spherical collapse.

The petitioner proposes to continue research on developing state-of-the-art techniques for uncovering data on planetary bodies and the characterization of astromaterials, such as asteroid particles and meteorites. This work aims to aid in the investigation of planetary bodies from space missions and improve the global understanding of the origins and chemical structure of astromaterials.

The petitioner proposes to develop innovative mathematical and computational tools specifically designed for the identification and study of compact stars and black holes to improve scientific understanding of astrophysical entities and address fundamental challenges in physics.

The petitioner proposes to develop modern machine learning and artificial intelligence techniques for the advancement of space science. This work focuses on providing a better understanding of electromagnetic fields surrounding the Earth to protect spacecraft and aircraft from disruptive interference.