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Mid-infrared nonlinear optics in thin-film lithium niobate on sapphire. J Mishra*, TP McKenna*, E Ng*, HS Stokowski*, M Jankowski, ... Optica 8 (6), 921-924.
At PHI Lab, Edwin Ng works on developing theoretical models and experimental techniques to understand and control the physics of high-dimensional photonic systems operating at the quantum limit.
- Sept 2009{June 2013 Cambridge, MA
- Graduate Research Assistant, Mabuchi Lab Apr 2014{Present
- June 2012{June 2013
Thesis: Experimental Designs for E cient Free-Space Multi-Spatial-Mode Optical Communication Thesis Advisor: Dr. Franco N.C. Wong
Working under the supervision of Prof. Hideo Mabuchi on using quantum nonlinear optics to explore coherent control as an approach to quantum systems engineering. Experimental projects include: construction of a continuous-wave nondegenerate optical parametric ampli er which was cou-pled to an atom-cavity QED experiment using optical feedback; chara...
Worked under the supervision of Dr. Franco N.C. Wong on the PIECOMM (Photon Information E cient Communications) project in collaboration with BBN Technologies, as part of the DARPA InPho (Information in a Photon) program. The project aimed to demonstrate scalable designs, protocols, and techniques for e cient optical communication via free-space sp...
Nov 22, 2021 · Edwin Ng: A Ph.D. candidate in applied physics at Stanford University, Ng has worked under the supervision of Professor Hideo Mabuchi at the Edward L. Ginzton Laboratory, using coherent control principles, dynamical systems theory and model reduction methods to study the information-processing potential of nascent quantum-optical hardware and ...
University of Toronto (Canada) , 2023. 2023. Articles 1–6. University of Toronto - Cited by 55 - Robotics - Computer Vision - Natural Language Processing - Audio Processing.
Edwin Ng. Curriculum Vitae. [ PDF ] Undergraduate Thesis. Experimental Designs for Efficient Free-Space Multi-Spatial-Mode Optical Communication [ Thesis] [ Thesis Proposal] [ EECSCon Poster ] Coursework Highlights.
Dec 7, 2011 · Edwin Ng. MIT Department of Physics. (Dated: December 7, 2011) We scatter 661:6 keV gamma rays o NaI scintillators and use coincidence techniques to measure the energies of the scattered photons and electrons as functions of scattering angle.
