Prosenjit Majumder
"In this playhouse of infinite forms, I have had my play..."
-- Rabindranath Tagore
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Hello and welcome to my website! My name is Prosenjit Majumder, and I am a researcher and physicist with a passion for experimental AMO physics (Atomic/Molecular/Optical). I completed my Ph.D. from the Joint Quantum Centre, Durham University, United Kingdom, where I studied the coherent laser-matter interaction and analyzed experimental data using degenerate quantum systems.
As a Postdoctoral Research Fellow at the European Laboratory for Non-linear Spectroscopy (LENS) in Florence, Italy, I worked on single-photon generation and characterization techniques, as well as fluorescence microscopy projects with single multimode optical fibers. I also gained experience in industrial projects and collaborated with several research groups in Europe.
My research interests continued to expand during my time at the Indian Institute of Technology (IIT) Delhi, where I worked on projects involving single-atom trapping in optical tweezers trap, quantum sensing, and thermal vapor. Currently, I'm a Postdoctoral Research Fellow at Tampere University in Finland, developing an experimental setup to study the Electrons/Ions beams.
Through my work and research, I have developed a deep understanding and appreciation for the complexities and beauty of the physical world, and I am excited to share my knowledge and experiences with others through this website. I enjoy teaching and mentoring students at all levels, from undergraduate to postgraduate and have presented my research at numerous international journals, conferences, and workshops. Through my personal website, I hope to connect with like-minded individuals, share my research insights, and engage in scientific discussions.
MY LATEST RESEARCH
Involved in the coherent laser-matter interaction by acquiring and analyzing experimental data using degenerate quantum systems. Single-photon generation and characterization techniques, as well as fluorescence microscopy with single multimode optical fibers for industrial projects. Developed an experimental setup to perform laser cooling and trapping of a single atom in a high-finesse optical cavity, and demonstrated its applicability to quantum sensing by performing measurements of a thermal vapor.
Working on the development of an experimental setup to study the interaction between Ion and structural light beams. This work has the potential to lead to the development of new technologies in the field of quantum information processing and quantum sensing.
