Prasoon K. Shandilya

प्रसून कु. शाण्डिल्य

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.


News

2022
2021
  • [October] News and Views by Nature Physics published a great summary of my recent spin-optomechanical interface research. Check it out here.
  • [October] My research on spin-optomechanical interface was featured in the University of Calgary UToday News. Check out our interview here.
  • [October] My paper on "Optomechanical interface between telecom photons and spin quantum memory" got accepted by Nature Physics!
  • [September] Our work on "Demonstration of hybrid high-Q hexagonal boron nitride microresonators" was published in ACS Photonics. Check it out here.
  • [June] I presented a poster on "Optomechanical driving of spins" at the 4th Workshop on Optomechanics and Brillouin Scattering (WOMBAT), Erlangen, Germany.
  • [June] I had the opportunity to give an oral presentation on "Optomechanical interface between telecom photons with spin quantum memory" at CAP Virtual Congress; was awarded Best Oral presentation for NRC Sensor Symposium.
  • [June] My work on optomechanical control of quantum memory was selected for presentation during the 'Hot Topics' session at 749-WE-Heraeus Seminar: Photonic Links for Quantum Technology Platforms.
  • [May] Our work on "Modifying NV center charge states with a few photon IR microcavity fields" has been accepted in the Proceedings of CLEO. Check it out here.
  • [May] My work on "Optomechanical spin control of nitrogen-vacancy centers in diamond" was accepted in the Proceedings of CLEO. [Oral, paper]
  • [March] My work on "Optomechanical driving of spins" was accepted in the Proceedings of SPIE (PHOTONICS WEST) OPTO: Quantum Computing, Communication, and Simulation. [Oral, paper]
  • [February] I presented a poster on "Optomechanical control of qubits", SFB BeyondC Winter Workshop, Vienna, Austria.
  • [February] I gave an oral presentation on "Optomechanical control of qubits", The Sixth Annual University of Calgary PHAS Symposium, Calgary, Canada.
  • [January] I presented a poster on "Optomechanical control of qubits", Quantum Days Conference.
2020
  • [December] I presented a poster on "Optomechanical driving of spins", Canadian Photonics Online Meetup.
  • [May] Our work on "Demonstration of hexagonal boron nitride optical microcavities with Q > 200,000" was accepted in the Proceedings of CLEO. Check it out here.
2019
  • [July] I presented a poster on "Diamond quantumn nanophotonics", 2019 Quantum Alberta Workshop, Edmonton, Canada.
  • [June] I gave an oral presentation on hexagonal boron nitride cavity optomechanics, Spin Canada 2019, Montebello, Quebec, Canada.
  • [May] My work on hexagonal boron nitride cavity optomechanics was accepted in the Proceedings of CLEO. [Oral, paper]
  • [January] My work on "Hexagonal Boron Nitride Cavity Optomechanics" was published in Nano Letters. Check it out here.

Last updated on September 28, 2022


Leadership roles

Professional engagement
  • 2022: Judge, Quanta CREATE 2022 Graduate Symposium
  • 2020-2022: Vice President Operations, UCalgary nanoGroup
  • 2021-2022: Judge, Calgary Youth Science Fair
  • 2020-2021: Co-organizer - Quanta Industry Series webinars 2020, Quanta CREATE
  • 2020: Co-organizer - UCalgary GSA’s Road To Success In Grad School
  • 2018-2020: Organizer - Barclay Lab Journal Club
  • 2014-2015: Vice President Finance - IISER Kolkata Inquivesta
Volunteering
  • 2021: International Day of Light, Canada
  • 2020-2021: Committee member - Academic Support, UCalgary GSA
  • 2019-2021: Let’s Talk Science at the University of Calgary

Skills

Research Workflow
  • Nanophotonics: Cavity Optomechanics
    • Designing and testing micro- and nano-fabricated optical and mechanical structures.
    • Controlling cavity optomechanical systems.
    • Modelling and simulation of micro- and nano-structures using COMSOL Multiphysics.
  • Nanophotonics: Quantum Photonics
    • Characterising and controlling complex system of electronic and nuclear spins.
    • Diamond processing: cleaning and color center creation.
    • Setting laser-optics instrumentation (confocal and wide-field microscopes) and hardware debugging.
  • General
    • Measurement and data acquisition automation using MATLAB.
    • Data analysis and numerical estimations using MATLAB or Python.
    • Production of final plots, diagrams, and illustrations using Adobe Illustrator.
    • Collaborative drafting of research papers using LaTeX on Overleaf.
Programming Languages & Tools
  • MATLAB
  • COMSOL
  • Vacuum and cryogenic systems
  • RF Spectrum and network analyzers
  • Arbitrary waveform and signal generators
  • Nano and micro-positioners
  • Fiber and free-space optics
  • Photon counters and detectors
  • Optical spectrometers and spectrum analyzers
  • Tunable telecom and visible lasers

Experience

Research Assistant

University of Calgary
  • Developed innovative experimental techniques to demonstrate optomechanical driving of spins, a goal pursued by several leading groups around the world.
  • Presented my research at numerous international conferences.
  • Collaborated with international groups to develop nano-optomechanical devices using a novel material.
  • Automated a robust design workflow of cavity optomechanics and color-center quantum measurements by developing scripts and graphical user interfaces in MATLAB.
  • Co-advised lab members in photonics and cavity optomechanics measurement techniques.
2018 - Present

Graduate Teaching Assistant

University of Calgary
  • 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.
2018 - 2019

Senior Thesis Researcher

IISER Kolkata
  • Re-conceptualized the criteria for experimentally testing the entanglement of continuous-variable quantum states.
2012 - 2017

Graduate Teaching Assistant

IISER Kolkata
  • Teaching Assistant for Python Programing I-II (40 students): Conducted weekly tutorials, problem-solving sessions, and graded assignments.
2016 - 2017

Research Intern

IISER Kolkata
  • 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.
2016

Research Intern

IIT Bombay
  • Assisted in determining the linear optical properties of Azulene using a numerical approach based on the Pariser–Parr–Pople model hamiltonian. It required us to develop code for estimating the structure of the compound.
2015

Education

University of Calgary

Doctor of Philosophy
Proposed thesis title: Controlling Spins Using an Optomechanical Resonator
January 2018- Present

IISER Kolkata

BSc-MSc Dual in Physics
Thesis title: Entanglement Criteria for Non-Gaussian States
August 2012 - May 2017

Interests

Apart from being an experimatal researcher, I lead a team of graduate students to promote nanotechnology on campus and province-wide. I have experience managing projects, fundraising, and organizing large scale events such as conferences and networking meetings.

For fun, I like to dabble at cooking, hiking, digital art and photography.

Also, below are some cool images from my research.

Oct 2021
My design interpretation of our work on spin-telecom interface.
Feb 2021
First experimental demonstration of telecom photon-spin memory interface using phonons! Read more here: arXiv:2102.04597
Feb 2021
Diamond disk of dynamical stress - A first gen. nanoscale device for the realization of quantum networks.
Sep 2020
My experimental setup of the innermost core of the spin-telecom interface.
Nov 2019
My design representation of hBN cavity optomechanics.