Member of Dirk Englund's group at MIT and Prineha Narang's group at Harvard. Work on photonic architectures for quantum computing with potential for room temperature realizations as well as more general noise mitigation in quantum hardware. Dealing with problems of control, error correction, networking, and algorithm design. Main publications below, with upcoming work on noise modeling, quantum control, entanglement generation and purification.
- Room-Temperature Photonic Logical Qubits via Second-Order Nonlinearities, Nature Communications, accepted Nov 2020 a paradigm for room-temperature photonic quantum logic that significantly simplifies the realization of various quantum circuits, and in particular, of error correction.
Member of Prof. Liang Jiang's group. Work on quantum computing and communication, optimal control, parameter estimation, quantum circuit design, error correction. Main publications below (see ORCID for complete list).
- Stochastic Estimation of Dynamical Variables, QST, 2019 A stochastic algorithm for the estimation/calibration of Hamiltonians and Lindbladians. Saturates information theory bounds and is resistant to state preparation and measurement errors.
- Optimized Entanglement Purification, Quantum, 2019 Quantum entanglement purification circuits designed by a genetic algorithm, outperforming known circuits in the regime of noisy intermediate scale devices.
- Deep Neural Network Probabilistic Decoder for Stabilizer Codes, Scientific Reports, 2017 A general decoder for small stabilizer codes. First neural net decoder architectures decoding the full stabilizer.
- Universal control of an oscillator with dispersive coupling to a qubit, PRA, 2015 One of the first constructions for efficient and complete unitary control of a transmon/cavity system.
Worked on a symbolic differential geometry module for the Computer Algebra System “SymPy” under the Google Summer of Code: work based on “Functional Differential Geometry” by Wisdom and Sussman, MIT. Other computational work includes Feynman diagrams generator inspired by MadGraph, and work on simulations in cosmology, astrophysics, and molecular dynamics. Experimental projects include Stimulated Brillouin Scattering work in metastable solid Helium during an internship at Laboratoire Kastler Brossel.
Quantum Computing Research, under Prof. Liang Jiang. PhD dissertation defended and submitted. Degree to be awarded in December 2019.
- Autumn 2012 Student exchange at ETH Zürich for one semester as a Master student.
- 2010 - 2013 Integrated Bachelor and Master of Science, Ecole Normale Supérieure de Lyon with the status of a normalien. The ENS Lyon is a highly selective Grande école. Entrance is granted by competitive exams. It trains researchers and teachers in the sciences and the humanities. It's also an active research center.
- 2010 Grandes Écoles competitive exam Admitted at Ecole Polytechnique, Paris and Ecole Normale Supérieure de Lyon.
- 2008 - 2010 Diplôme CPGE, Lycée Louis le Grand, Paris. The Classes Préparatoires aux Grandes Écoles (CPGE) are two very selective years acting as a prep course with the main goal of training students for enrollment in one of the Grandes écoles. The workload is generally very high with focus on Mathematics, Physics and Chemistry. The Grandes écoles are higher education establishments outside the main framework of the French university system. They include science & engineering schools and the three écoles normales supérieures. Due to their competitive entrance exams, they are widely regarded as a prestigious curriculum by students, and traditionally have produced most of France's scientists and executives.
One of the lecturers for the introductory course on Machine Learning at MIT, also responsible for the e-learning infrastructure (more than 600 students with heavy use of online tools).
Leading weekly high school classes in preparation for Physics Olympiads.
- Project Based Interdisciplinary Classes In project based learning one teaches the students that they have the skills to actively make the world a better place. I have been a teaching fellow and a consultant for numerous classes that have run at Yale's Center for Engineering Innovation & Design (Yale's academic hacker space), guiding students in redesigning the network of exhibits in one of the Smithsonian museums on the National Mall in Washington; creating sensor networks for smart homes; designing numerous medical devices in collaboration with Yale's Med School; building interactive art and museum installations.
- Traditional Courses and Tutoring Intro Physics, lab and theory; Advanced Physics and Math; Senior level Engineering, Mechatronics; Some Computer Science.
Mentor for two consecutive years at the 2013 and 2014 “Google Summer of Code” programs for the computer algebra system project SymPy.
- Authored for three consecutive years the problems for the Annual Physics Competitions of the Minu Balkanski Foundation and graded the submissions.
- Tutored intensive summer courses for high school physics international competitions at the summer school of Theodisius Teodosiev and at High School of Mathematics and Natural Sciences “acad. N. Obreshkov”, Burgas, Bulgaria.
- Mentor at the Google Code-In high school program for the computer algebra system project SymPy.
- As a high school senior, tutored extracurricular Physics to underclassmen in preparation for Physics competitions.
Joined the organizing committee in 2020, expanding the established RLE's seminar into publicly accessible online series.
Organized seminar to bring scientists together from fields that are seemingly unrelated but are dedicated to the goals of controlling and exploiting quantum systems. Establishing contact between these fields and spark a discussion about topics that we know from our respective perspectives but now introduced in an interdisciplinary light.
A lead designer behind the SpinWheel device, meant to teach Physics and Computer Science through a beautiful programmable wearable trinket. See spinwearables.com.
Design and coordinate outreach activities in mathematical art, physics, engineering, robotics, and electronics for thousands of K12 students. History and current status of the project at engineeringday.com.
Coordinator for GSI, a 200-attendee half-day science outreach event held 4 times a year at the Yale Physics Department.
Awards and Fellowships
For my work designing hands-on outreach events. The award recognizes a graduate school student who uses specific knowledge of his/her own discipline as the basis for voluntary service in the local community. Making knowledge and skills from one’s discipline relevant and useful to those in need in the community is the hallmark of this award.
For my work as a teaching fellow for ENG404 "Medical Devices Design and Innovation" under the instruction of Dr. Joseph Zinter. The Prize Teaching Fellowships recognize outstanding performance and promise as a teacher. They are considered among the most important honors that Yale bestows upon graduate students.
Fellowship granted by the Ecole Normale Supérieures on the basis of their competitive entrance exam.
Bronze and Silver medals at the 38th and 39th International Physics Olympiads.
Invited Talks and Lectures
- Unboxing Quantum Black Box Models from Unitary to Non-Markovian Dynamics
Internal SeminarAlibaba Quantum Lab
- Optimized Entanglement Distilation
NSF Workshop on Midscale Infrastructure for Quantum Photonic Science, Engineering and Technology
- Stochastic Parameter Estimation in QIS (Canceled)
Workshop on Scalable Information Processing with Quantum Nano-Photonics (SIPQNP)
- Quantum Hardware Calibration and the STEADY Method
Theoretical Physics Seminar SeriesUniversity of Massachusetts, Lowell
- Quantum Error Correction for Engineers
Internal Talks Aliro Quantum, Massachusetts
- Stochastic Calibration of Quantum Hardware and Optimization of Circuits
MIT Optics and Quantum Electronics SeminarMassachusetts Institute of Technology
- Stochastic Estimator of Dynamical Variables
Machine Learning for Quantum Technology WorkshopMax Planck Institute for the Science of Light, Erlangen, Germany
Select Hobby Projects
Under the instructions of Martha Lewis, YQI's artist in residence, I contributed much of the electronics behind the "I will be your qubit" art installation for New Haven's Arts and Ideas festival.
In collaboration with colleagues in the School of Engineering, I have prototyped programmable earrings, sensing the motion of the wearer and encoding it in a whimsical pattern of lights.
A persistence of vision laser projector music box, with handcrafted galvanic mirrors, computer vision calibration, and custom vector-to-waveform control software.