I am currently a Ph.D. researcher at the University of Liverpool and UKRI STFC ASTeC, specializing in the development of innovative photocathode technologies to enhance electron source performance. My work involves the design and characterization of sensors and detectors that play a critical role in high-precision applications across the fields of physics and engineering.

I hold a master’s degree in semiconductor physics from Cardiff University, where I focused on the application of semiconductors in photon detection and electronic device fabrication. Additionally, I earned a bachelor’s degree in physics from Chandigarh University, which provided a robust foundation in electromagnetic interactions and analytical problem-solving.

My technical expertise encompasses both theoretical and practical aspects of photonics and electronics. I have extensive experience setting up laboratory experiments to test hypotheses, as well as utilizing advanced simulation software to model and optimize detector and sensor systems.

Presently, my research projects concentrate on improving photocathode materials to enhance their efficiency and lifespan—an essential step towards advancing the functionality of both scientific instrumentation and commercial devices. I actively collaborate with academic and industry partners to promote the integration of photon and electron technologies in practical applications.

I am eager to connect with fellow researchers and professionals interested in exploring collaborative projects and innovative applications in sensor and detection technologies. Please feel free to reach out to discuss developments in electron and photon sources or to explore potential collaborative opportunities.