Theme: Quantum Computation and Communication - RLE Immersion
This area of emphasis features efforts in quantum information processing and transmission, with extensive new initiatives in quantum computation, superconducting circuits and understanding and exploiting quantum teleportation.
Principal Investigators in this theme are:
Prof. Dirk R. Englund, Prof. Jeffrey Shapiro, Dr. Franco Wong, Prof. Issac Chuang, Prof. Paola Cappellaro, Prof. Seth Lloyd, Prof. Terry Orlando, Prof. Karl Berggren, and Prof. Rajeev Ram
Organizing Committee for RLE Immersion:
Quantum Computation and Communication
Edward H. Chen (head of the committee), ehchen@mit.edu
Alexandre Cooper-Roy, alcoop@mit.edu
Ben Dixon, bendixon@mit.edu
Simon Gustavsson, simongus@mit.edu
Sinan Karaveli, karaveli@mit.edu
Catherine Lee, cath@mit.edu
ZiWen Liu, zwliu@mit.edu
Tim Schröder, schroder@mit.edu
Helena Zhang, halz@mit.edu
Zheshen Zhang, zszhang@mit.edu
Event Videos
Rapid Research Talks
Event Photos
Photos from Ulf Bissbort
PI Talks
Semiconductor Quantum Technologies for Information Processing and Sensing
Prof. Dirk R. Englund
Quantum Cryptographic Key Distribution via Entangled Photons
Dr. Franco N.C. Wong
Rapid Research Talks
Diamond Nanophotonics for a Scalable Quantum Network
Edward H Chen | ehchen@mit.edu
Entanglement-Based Quantum Key Distribution
Catherine Lee | cath@mit.edu
Entanglement’s Benefit Survives an Entanglement-Breaking Channel
Zheshen Zhang | zszhang@mit.edu
Nuclear Spin Dynamics in One Dimension
Ken Xuan Wei | xuanw@mit.edu
Optimal Arbitrarily Accurate Composite Pulse Sequences
Guang Hao Low | glow@mit.edu
The Quantum Future
Seth Lloyd | slloyd@mit.edu
Quantum Information Science with Superconducting Artificial Atoms
Will Oliver | oliver@ll.mit.edu
Quantum Machine Learning
Patrick Rebentrost | pr@patrickre.com
Quantum Photonic Processors in Silicon
Jacob Mower | jm_@mit.edu
Poster Presenters
Achieving High Fidelity Quantum Information Processing with Tunable Superconducting Atoms
Archana Kamal | akamal@mit.edu
Algorithms for a Scalable Quantum Computer
Ted Yoder | tjyoder@mit.edu
Beamsplitter for Free-Space Approach to Non-Demolition Quantum Electron Microscopy
Chung-Soo Kim | reaves.kim@gmail.com
Characterizing Excited-State Population in a Transmon Qubit
Xiaoyue Jin | jinxy@mit.edu
Dynamical Decoupling Magnetometry
Masashi Hirose | mhirose@mit.edu
Emulating Solid-State Physics with a Hybrid System of Ultracold Ions and Atoms
Ulf Bissbort | bissbort@mit.edu
Enhanced Quantum Spin-Sensing Using Light Trapping in a Bulk Diamond System
Hannah Clevenson | hannahac@mit.edu
High Efficiency, Large Area SNAP with Integrated Optical Cavity
Kristen Sunter | ksunter@fas.harvard.edu
Long Spin Coherence in Nanoscale Diamond Qubits
Matthew Trusheim | trush@mit.edu
Nanowire Superconducting Logic without Josephson Junctions
Adam McCaughan | amcc@mit.edu
The Quantum Enigma Machine
Cosmo Lupo | clupo@mit.edu
Quantum Photonic Processors in Silicon
Jacob Mower | jm_@mit.edu
Scalable Single-Photon Detection on a Photonic Chip
Faraz Najafi | f_najafi@mit.edu
Tailoring the Diamond—Solid Immersion Lens Coupled to Silicon Vacancy Centre in Diamond
Luca Marseglia | lucamars@mit.edu
Time-Optimal Dynamics with Alternating Controls
Clarice Aiello | clarice@mit.edu
Time-Resolved Magnetic Sensing with Electronic Spins in Diamond
Alexandre Cooper-Roy | alcoop@mit.edu
T1rho Experiment as Noise Spectrum Analyzer
Fei Yan | fyan@mit.edu
Universal Relationship between resistance, thickness, and critical temperature in thin superconducting metal films
Yachin Ivry | ivry@mit.edu
Wed, February 19 • 4–6pm • 36-428/36-462
Research Talks, presented by Prof. Dirk Englund and Dr. Franco Wong
refreshments will be served at the social from 5-6pm
Mon, February 3 • 4–6pm • 36-428/36-462
Rapid Research Talks and Poster Session
drinks and hors d'oeuvres will be served at poster session (4th flr, R&D, Stata, Building 32)
By appointment
Lab Tours
signup forms will be available at the 2/3 poster session
Optical and Quantum Communications Group
www.rle.mit.edu/qoptics
Quanta Research Group
www.rle.mit.edu/quanta
Quantum Engineering Group
www.rle.mit.edu/qeg
Quantum Information Group
www.rle.mit.edu/qinfo
Quantum Nanostructures and Nanofabrication Group
www.rle.mit.edu/qnn
Quantum Photonics Group
www.rle.mit.edu/qp
Superconducting Circuits and Quantum Computing Group
www.rle.mit.edu/qubit
