Pritom Paul

Project : Confocal Microscopy of Europium-doped Yttria Nanoparticles on Glass Substrate Simulated the expected fluorescence rate form different sized nanoparticles Performed confocal microscopy and measured the fluorescence of europium ions Analyzed the results and characterized the effects of different printing parameters

Project : Fabrication of Mode Matching Fiber Assembly for Fiber Cavities Analytically simulated the performance for different fiber assemblies using python. Built precise cleaving setup for fabrication of fiber assemblies. Implemented knife-edge measurements to study the radius and location Gaussian waist from fiber assemblies. Evaluated the results and characterized different fiber assembly performance

Set up optical test experiments and executed measurement series. Performed data analysis with image processing algorithms in python. Visually represented and documented results in python and latex respectively.

Project : Investigation of Color Centers in Diamonds at Cryogenic Temperatures Assisted in the construction of optical micro-cavity and set up inside the Cryostat. Simulated the electric field distribution inside the optical microcavity.

Project : Multipartite Entanglement Swapping- Generation of Hybrid Entangled States Studied the basics of quantum information theory. Theoretically calculated entanglement swapping between 3 and 4 qubit states and generated hybrid states

Photonics Materials and Devices (Quantum Optics)

Solid State Devices, Analog & Digital Electronics with Laboratories, Digital Signal Processing