I am an experienced photonics and optomechanics experimentalist. I like to use my skill, hands-on experience, and passion for nanophotonics and quantum systems to solve and address the challenges that our society faces today.
Developed innovative experimental techniques for the demonstration of optomechanical driving of spins.
Presented my research results at numerous international conferences.
Trained team members in photonics and cavity optomechanics measurement techniques.
PHYS435 (2019): Graded assignments and exams for 45 third-year undergraduate students taking the course on Fourier analysis, Laplace Transforms, and complex analysis.
PHYS323 (2018): Supervised laboratory experiments, and graded lab-reports for 20 second-year undergraduate students on optics & electromagnetism course.
Reviewed quantum secure direct communication protocols using GHZ states and entanglement swapping that enables data sharing among any arbitrary number of users without a direct quantum channel.
Established linear optical properties of Azulene using a numerical approach based on the Pariser–Parr–Pople model hamiltonian. It required us to develop code for determining the structure of the compounds.
Apart from being an experimatal researcher, I enjoy most of my time being outdoors, playing basketball, and grooving photography.
When forced indoors, I delight myself by engaging myself in mobile app development and drawing comics. I also spend a large amount of my free time exploring the latest technology advancements in the photonics and quantum world.