Rohit Tyagi

Conducting cutting-edge research on relaxation processes, including Auger Meitner, x-ray emission, and molecular dynamics, contributing to fundamental understanding in atomic and molecular physics.

Investigating inter-atomic/molecular Coulombic decay phenomena, utilizing advanced experimental and theoretical approaches.

Actively involved in the development of scientific instruments, enhancing experimental capabilities for atomic and molecular interaction studies.

Collaborating on multiple research projects, evidenced by a strong publication record in peer-reviewed journals such as *Rev. Sci. Instrum.* and *J. Electron Spectrosc. Relat. Phenom.*

Executed comprehensive experimental and theoretical investigations into LMM Auger Meitner electron emission, forming the core of a PhD thesis under Prof. Aditya H. Kelkar.

Developed and applied specialized techniques for studying ion-atom/molecule collision processes, contributing to a deeper understanding of atomic relaxation phenomena.

Achieved a CPI of 8, demonstrating strong academic performance and research aptitude during doctoral studies.

Contributed to the field through research that led to multiple publications and presentations at international conferences, including AISAMP and National Conference on Atomic and Molecular Physics.

Instructed and supervised over 100 undergraduate students in Physics Lab (UG PHY 101) for two years, enhancing their practical experimental skills.

Delivered comprehensive support for M.Sc. students in Nuclear and Particle Physics (PHY 526) and Electronics (PHY441), clarifying complex concepts and problem-solving.

Provided teaching assistance for core undergraduate courses including Physics I (UG), Quantum Physics (UG PHY 114), and Electricity and Magnetism (UG), impacting hundreds of students.

Supported an NPTEL Online Course on Electromagnetic Theory, extending educational reach and reinforcing online learning initiatives.