**iQuISE**at MIT-CQE

## Past Presentations

Date | Session | Presenter(s) | Title | |
---|---|---|---|---|

March 23, 2023 | Spring 2023 | Koch, Jens | Computer-aided quantization and modeling of superconducting qubits | 0 |

March 16, 2023 | Spring 2023 | You, Li | Quantum enhanced precision with atomic Bose-Einstein condensate | 0 |

March 14, 2023 | Spring 2023 | Jacob, Zubin | Pico-electrodynamics of materials and quantum information | 0 |

March 2, 2023 | Spring 2023 | Altman, Ehud | Measurement induced criticality in many-body states | 0 |

Feb. 27, 2023 | Spring 2023 | Viola, Lorenza | Resource-Efficient Non-Markovian Characterization & Control with Frames | 0 |

Feb. 23, 2023 | Spring 2023 | No seminar talk due to cancelation, but initiative presentations from iQuISE subgroups | iQuISE Pizza Social | 0 |

Feb. 16, 2023 | Spring 2023 | Deng, Dongling | Quantum adversarial machine learning: from theory to experiment | 0 |

Feb. 9, 2023 | Spring 2023 | Simon, Jon | Cavity QED from Manybody Physics to Transduction. | 0 |

Dec. 8, 2022 | Fall 2022 | Freedman, Danna | Chemistry for Quantum Information Science | 0 |

Dec. 1, 2022 | Fall 2022 | Krastanov, Stefan | From Better Entanglement Distillation to Multi-formalism Quantum Simulation Tools | 0 |

Nov. 17, 2022 | Fall 2022 | Vuckovic, Jelena | Scalable semiconductor quantum photonic systems | 0 |

Nov. 3, 2022 | Fall 2022 | Girvin, Steven | Bosonic Modes: Instruction Sets for Quantum Control and Quantum Error Correction Beyond the Break-Even Point | 0 |

Oct. 20, 2022 | Fall 2022 | Jiang, Ying | Nanoscale electric-field sensing based on a quantum sensor and its coherence control by the local electric field | 0 |

Oct. 13, 2022 | Fall 2022 | Levenson-Falk, Eli | Open Quantum Systems Engineering with Superconducting Circuits | 0 |

Oct. 6, 2022 | Fall 2022 | Vuletic, Vladan | Quantum Simulation and Computation with Neutral Atoms | 0 |

Sept. 29, 2022 | Fall 2022 | Faraon, Andrei | Single rare-earth ions and nuclear spin wave registers for quantum networking | 0 |

Sept. 22, 2022 | Fall 2022 | Jura, Michael | Encoded Silicon Qubits: A High-Performance & Scalable Platform for Quantum Computing | 0 |

Sept. 15, 2022 | Fall 2022 | Xiao, Yun-Feng | Ultra-high-Q microcavity optics and photonics | 0 |

May 5, 2022 | Spring 2022 | Saffman, Mark | Quantum algorithms and networks with neutral atom computers | 0 |

April 21, 2022 | Spring 2022 | Fu, Kai-Mei | Synthesis, characterization and control of quantum defects for quantum network applications: from deep centers in diamond to shallow impurities in ZnO | 0 |

April 20, 2022 | Spring 2022 | Jackson, Mark | Quantinuum and TKET | 0 |

April 14, 2022 | Spring 2022 | Kaufman, Adam | New frontiers in atom arrays using alkaline-earth atoms | 0 |

March 31, 2022 | Spring 2022 | Radulaski, Marina | Quantum Nanophotonics Hardware: From Nanofabrication to Quantum Circuit Mapping | 0 |

March 24, 2022 | Spring 2022 | Tittel, Wolfgang | Quantum network technology – the second life of rare-earth crystals | 0 |

March 17, 2022 | Spring 2022 | Claes, Jahan | Tailored cluster states with high threshold under biased noise | 0 |

March 10, 2022 | Spring 2022 | Chu, Yiwen | Quantum information processing with mechanical systems | 0 |

March 3, 2022 | Spring 2022 | Thompson, Jeff | Quantum computing with neutral Yb atoms | 0 |

Feb. 24, 2022 | Spring 2022 | Seetharam, Kushal | Quantum simulation of NMR experiments | 0 |

Feb. 17, 2022 | Spring 2022 | Royer, Baptiste | Encoding qubits in multiple oscillators | 0 |

Feb. 10, 2022 | Spring 2022 | Haeffner, Hartmut | Trapping electrons in a room-temperature quadrupole trap | 0 |

Dec. 16, 2021 | Fall 2021 | Houck, Andrew | Circuit QED: From Materials to Mathematics | 0 |

Dec. 9, 2021 | Fall 2021 | Goldschmidt, Elizabeth | Making photons suitable for quantum information | 0 |

Dec. 2, 2021 | Fall 2021 | Mouradian, Sara | Engineering (Useful) Quantum Systems | 0 |

Nov. 18, 2021 | Fall 2021 | Nemoto, Kae | Quantum Computer designs from today’s NISQ processors to tomorrow’s fault-tolerant Quantum Computers | 0 |

Nov. 11, 2021 | Fall 2021 | Taminiau, Tim | Quantum networks, simulation and computation with spin qubits in diamond | 0 |

Nov. 4, 2021 | Fall 2021 | Rempe, Gerhard | Quantum Networks: Computers and Repeaters | 0 |

Oct. 28, 2021 | Fall 2021 | Vandersypen, Lieven | Quantum Computation – Spins Inside | 0 |

Oct. 21, 2021 | Fall 2021 | Zhang, Zheshen | Entanglement-Based Quantum Technologies | 0 |

Oct. 14, 2021 | Fall 2021 | Wallman, Joel | Characterizing and Operating Noisy Quantum Computers | 0 |

Oct. 7, 2021 | Fall 2021 | Yunger Halpern, Nicole | My favorite not-quite-probability distribution | 0 |

Sept. 30, 2021 | Fall 2021 | Bluvstein, Dolev | Highly parallel coherent qubit transport and entanglement in a quantum information architecture | 0 |

Sept. 23, 2021 | Fall 2021 | de Leon, Nathalie P. | Correlating materials analysis with qubit measurements to systematically eliminate sources of noise | 0 |

Sept. 16, 2021 | Fall 2021 | Childs, Andrew | Symmetries, graph properties, and quantum speedups | 0 |

May 6, 2021 | Sping 2021 | Siddiqi, Irfan | Extending the Performance of Noisy Superconducting Quantum Processors | 0 |

April 29, 2021 | Sping 2021 | Thiele, Tobias | A fast and scalable approach to controlling 100 qubits and more | 0 |

April 22, 2021 | Sping 2021 | Aharonovich, Igor | Hexagonal Boron Nitride – emerging platform for Quantum Photonics | 0 |

April 15, 2021 | Sping 2021 | Hanson, Ronald | Realization of a multi-node quantum network of remote solid-state qubits | 0 |

April 8, 2021 | Sping 2021 | Aaronson, Scott | Quantum Supremacy via BosonSampling - A 2021 View | 0 |

April 1, 2021 | Sping 2021 | Gangloff, Dorian | A quantum coherent interface of photons, an electron, and a nuclear spin ensemble | 1 |

March 25, 2021 | Sping 2021 | Wilhelm-Mauch, Frank | Optimal quantum control for superconducting qubits | 1 |

March 18, 2021 | Sping 2021 | Killoran, Nathan | Quantum differentiable programming: training a quantum computer like a neural network | 1 |

March 11, 2021 | Sping 2021 | Wrachtrup, Jörg | Quantum technology with spins | 1 |

March 4, 2021 | Sping 2021 | Childress, Lilian | Coupling diamond defects to high-finesse optical microcavities | 1 |

Feb. 25, 2021 | Sping 2021 | Wallraff, Andreas | Quantum Error Correction using the Surface Code with Superconducting Circuits | 1 |

Feb. 18, 2021 | Sping 2021 | Morello, Andrea | Quantum Information and Quantum Foundations With Spins in Silicon | 0 |

Feb. 11, 2021 | Sping 2021 | Wiebe, Nathan | New Methods for Simulating Quantum Dynamics | 1 |

Dec. 10, 2020 | Fall 2020 | Simmons, Stephanie | Silicon Colour Centres | 1 |

Dec. 3, 2020 | Fall 2020 | Refael, Gil | Robust Majorana magic gates | 1 |

Nov. 19, 2020 | Fall 2020 | Nakamura, Yasunobu | Waveguide QED in superconducting circuits | 1 |

Nov. 12, 2020 | Fall 2020 | Simmons, Michelle | Engineering qubits in silicon with atomic precision | 0 |

Nov. 5, 2020 | Fall 2020 | Pan, Jian-Wei | From Test of Quantum Foundations to New Quantum Technologies | 0 |

Oct. 30, 2020 | Fall 2020 | CQE, iQuISE | Kickoff event for MIT Center for Quantum Engineering | 0 |

Oct. 29, 2020 | Fall 2020 | Blais, Alexandre | Quantum-optimal-control-inspired ansatz for variational quantum algorithms | 0 |

Oct. 22, 2020 | Fall 2020 | Blatt, Rainer | Quantum Computation and Quantum Simulation with Strings of Trapped Ca+ Ions | 1 |

Oct. 15, 2020 | Fall 2020 | Türeci, Hakan | Reservoir Computing Approach to Quantum State Measurement | 0 |

Oct. 8, 2020 | Fall 2020 | Taylor, Jake | Frontiers in Quantum Information Science and Policy | 1 |

Oct. 1, 2020 | Fall 2020 | Aiello, Clarice | From Nanotech to Living Sensors | 1 |

Sept. 24, 2020 | Fall 2020 | Renner, Renato | Optimal universal programming of unitary gates | 1 |

Sept. 17, 2020 | Fall 2020 | DiVincenzo, David | Rigorous Considerations in Modeling Superconducting Qubit Circuits | 0 |

April 17, 2020 | Spring 2020 | Walsh, Michael | Statistical Metrology and Process Control of Quantum Devices | 1 |

Feb. 27, 2020 | Spring 2020 | Loncar, Marko | New Opportunities with Old Optical Materials | 0 |

Feb. 20, 2020 | Spring 2020 | Guha, Saikat | Entanglement enabled whispering in noise | 0 |

Feb. 13, 2020 | Spring 2020 | Govia, Luke | Efficient Ansatz for Quantum Process Tomography | 0 |

Dec. 12, 2019 | Fall 2019 | Alam, Sohaib | Optimal Quantum Programming from Reinforcement Learning | 1 |

Dec. 5, 2019 | Fall 2019 | Northup, Tracy | Trapped-ion interfaces for quantum networks | 0 |

Nov. 21, 2019 | Fall 2019 | Wang, Joel J. | Hybrid superconducting circuit made with van der Waals heterostructures | 0 |

Nov. 14, 2019 | Fall 2019 | McClean, Jarrod | Using post-supremacy quantum devices for practical applications | 0 |

Nov. 7, 2019 | Fall 2019 | Chen, Ed | Opportunities and Challenges for Spin Qubits in Silicon | 0 |

Oct. 31, 2019 | Fall 2019 | Ice, Cream | iQuISE Reception | 0 |

Oct. 24, 2019 | Fall 2019 | Wang, Chen | Autonomous Quantum State Transfer by Dissipation Engineering | 0 |

Oct. 17, 2019 | Fall 2019 | Kempf, Achim | Quantum Information Theoretic Methods in Inflationary Cosmology | 0 |

Oct. 10, 2019 | Fall 2019 | King, Christopher | Some applications of hypercontractivity in quantum information theory | 0 |

Oct. 3, 2019 | Fall 2019 | Eickbusch, Alec | A stabilized logical qubit encoded in grid states of a superconducting cavity | 0 |

Sept. 26, 2019 | Fall 2019 | Dixon, Benjamin | Development of a Quantum Network Testbed | 0 |

Sept. 19, 2019 | Fall 2019 | Kamal, Archana | PIQUE: a new frame work for quantum systems engineering | 0 |

May 9, 2019 | Spring 2019 | Reiter, Florentin | A Quantum of Noise: Recent progress on dissipative quantum computation | 0 |

May 2, 2019 | Spring 2019 | Shapiro, Jeffrey | My 40+ Years in Quantum Optical Communication | 1 |

April 25, 2019 | Spring 2019 | Girvin, Steven | Quantum Information Processing with Microwave Photons | 0 |

April 18, 2019 | Spring 2019 | Jiang, Liang | Bosonic Quantum Error Correction | 0 |

April 11, 2019 | Spring 2019 | Ensslin, Klaus | Qubit physics with semiconductor quantum dots | 0 |

April 4, 2019 | Spring 2019 | Kerman, Andrew (Jamie) | Superconducting qubit circuit emulation of a vector spin-1/2 | 0 |

March 21, 2019 | Spring 2019 | Ice, Cream | iQuISE Reception | 0 |

March 14, 2019 | Spring 2019 | Kim, Jungsang | Practical Quantum Computing with Trapped Ions | 0 |

Feb. 28, 2019 | Spring 2019 | Sushkov, Alex | Floquet-engineered quantum state manipulation in a noisy qubit | 0 |

Feb. 21, 2019 | Spring 2019 | Feiguin, Adrian | The spectral function of Mott-insulating Hubbard ladders: From fractional excitations to coherent quasi-particles | 0 |

Feb. 14, 2019 | Spring 2019 | Fu, Liang | Majoranas, Fractons and Fermionic Error Correction | 0 |

Feb. 7, 2019 | Spring 2019 | Krovi, Hari | An efficient high dimensional quantum Schur transform | 0 |

Dec. 6, 2018 | Fall 2018 | Petta, Jason | Quantum Computing with Spins in Silicon | 0 |

Nov. 29, 2018 | Fall 2018 | Palmer, Ben | Thermalization of Quantum Superconducting Devices | 0 |

Nov. 15, 2018 | Fall 2018 | O'Brien, Kevin | Near-term Challenges in Superconducting Quantum Computation | 0 |

Nov. 8, 2018 | Fall 2018 | Berggren, Karl | Superconducting Nanowire-Based Detectors and Electronics | 0 |

Nov. 2, 2018 | Fall 2018 | Ice, Cream | iQuISE Reception | 0 |

Nov. 1, 2018 | Fall 2018 | Dahl, Denny | Quantum Material Simulation on the DW-2000Q | 0 |

Oct. 25, 2018 | Fall 2018 | Greiner, Markus | Ultracold atom quantum simulations: Exploring low temperature Fermi-Hubbard phases | 0 |

Oct. 18, 2018 | Fall 2018 | Narang, Prineha | Atom-by-atom Quantum Engineering | 0 |

Oct. 11, 2018 | Fall 2018 | Christensen, Caleb | Advanced Optical Physics in Sensing and Communications: Commercial Applications of Quantum Science | 0 |

Oct. 4, 2018 | Fall 2018 | Parra-Rodriguez, Adrián | Advances in Quantum Algorithms and Canonical Circuit Quantization | 0 |

Sept. 27, 2018 | Fall 2018 | Niu, Murphy | Universal Quantum Control through Deep Reinforcement Learning | 0 |

Sept. 20, 2018 | Fall 2018 | Pop, Ioan | Circuit Quantum Electrodynamics in High Impedance Environments | 0 |

Sept. 13, 2018 | Fall 2018 | Riste, Diego | Fast Classical Processing of Quantum Measurements for Error Correction | 0 |

April 26, 2018 | Spring 2018 | Sage, Jeremy | Towards Scalable Quantum Computation with Trapped Ions | 0 |

April 19, 2018 | Spring 2018 | Johnson, Peter | Meet Zapata Computing | 0 |

March 29, 2018 | Spring 2018 | Jaeger, Gregg | A Critical Look at the Notion of the Universe as a Computer | 0 |

March 22, 2018 | Spring 2018 | Thompson, Jeff | Isolating and manipulating single Erbium atoms in a solid crystal | 0 |

March 15, 2018 | Spring 2018 | Will, Sebastian | Quantum Control of Ultracold Dipolar Molecules | 0 |

March 1, 2018 | Spring 2018 | Hammerly, Ryan | Quantum vs Optical Annealing: Benchmarking the Coherent Ising Machine and D-Wave | 0 |

Feb. 15, 2018 | Spring 2018 | Steinbrecher, Greg | Quantum logic using correlated one dimensional quantum walks | 0 |

Feb. 8, 2018 | Spring 2018 | Sukachev, Denis | Coherent interactions between two SiV centers via a nanophotonic cavity | 0 |

Dec. 7, 2017 | Fall 2017 | Benson, Oliver | Hybrid Quantum Technology Based on Quantum Emitters in Condensed Phase | 0 |

Nov. 30, 2017 | Fall 2017 | Becher, Christoph | Coherence properties and quantum control of silicon vacancy color centers in diamond | 0 |

Nov. 16, 2017 | Fall 2017 | Aspuru-Guzik, Alan | Quantum Computation for Chemistry | 0 |

Nov. 9, 2017 | Fall 2017 | Shaw, Matt | Superconducting Nanowire Single Photon Detectors for Deep-Space Optical Communication and Quantum Optics | 0 |

Nov. 2, 2017 | Fall 2017 | Córcoles, Antonio | Introduction to the IBM Quantum Experience + QISKit | 0 |

Oct. 26, 2017 | Fall 2017 | Takagi, Ryuji | Error rates and resource overheads of encoded three-qubit gates | 0 |

Oct. 19, 2017 | Fall 2017 | Viola, Lorenza | Prof. Lorenza Viola | 0 |

Oct. 16, 2017 | Fall 2017 | Tahan, Charles | Dr. Charles Tahan | 0 |

Oct. 12, 2017 | Fall 2017 | Orcutt, Jason | Connecting Superconducting Qubits with Optical Photons | 0 |

Oct. 5, 2017 | Fall 2017 | Zhong, Tian | Building Quantum Internet with Rare-Earth Ions | 0 |

Sept. 28, 2017 | Fall 2017 | Ware, Matthew | Benchmarking qubits and qubit control with Gate Set Tomography | 0 |

Sept. 21, 2017 | Fall 2017 | Kesselring, Markus | The Boundaries and Twists of the Color Code | 0 |

Sept. 19, 2017 | Fall 2017 | Manenti, Ric | Parametric Entangling Gates for Quantum Computing | 0 |

May 4, 2017 | Spring 2017 | Kimchi-Schwartz, Mollie | Entanglement via dissipation in superconducting qubits | 0 |

April 27, 2017 | Spring 2017 | Carolan, Jacques | Silicon Based Quantum Photonic Processors | 0 |

April 20, 2017 | Spring 2017 | Wiebe, Nathan | Quantum Machine Learning | 0 |

April 13, 2017 | Spring 2017 | Dutton, Zac | Coherent Errors in Quantum Error Correction | 0 |

April 6, 2017 | Spring 2017 | Gaeta, Alexander | Photon Processing via Four-Wave Mixing | 0 |

March 16, 2017 | Spring 2017 | Monroe, Chris | Building a Quantum Computer, Atom by Atom | 0 |

March 9, 2017 | Spring 2017 | Flammia, Steven | Comparing Experiments to the Fault-Tolerance Threshold | 0 |

March 2, 2017 | Spring 2017 | Yacoby, Amir | Quantum Computing using Confined Electron Spins | 0 |

Feb. 20, 2017 | Spring 2017 | Coppersmith, Susan | Building a quantum computer using silicon quantum dots | 0 |

Feb. 16, 2017 | Spring 2017 | Cappellaro, Paola | Transport and Localization in Many-Body Nuclear Spin Systems | 0 |

Feb. 9, 2017 | Spring 2017 | Vamivakas, Nick | Nano-optomechanics with optically levitated dielectric nanoparticles | 0 |

Feb. 3, 2017 | Spring 2017 | Bestwick, Andrew | Scalable Superconducting Quantum Integrated Circuites | 0 |

Dec. 8, 2016 | Fall 2016 | Marvian, Iman | Universal Quantum Emulator | 0 |

Dec. 1, 2016 | Fall 2016 | Qi, Bing | Continuous variable quantum key distribution based on coherent detection | 0 |

Nov. 17, 2016 | Fall 2016 | Thouchette, Dave | Exponential Separation between Quantum Communication Complexity and Classical Information Complexity | 0 |

Nov. 10, 2016 | Fall 2016 | Taylor, Jake | Exploring Quantum Matter with Photons | 0 |

Nov. 3, 2016 | Fall 2016 | Weinstein, Yaakov | Protecting and Hacking the Quantum | 0 |

Oct. 27, 2016 | Fall 2016 | Hall, David | Tying Knots in a Quantum Fluid | 0 |

Oct. 20, 2016 | Fall 2016 | Xu, Feihu | Security in a Quantum World | 0 |

Oct. 13, 2016 | Fall 2016 | Evans, Ruffin | An Integrated Diamond Nanophotonics Platform for Quantum Optical Networks | 0 |

Oct. 6, 2016 | Fall 2016 | Epstein, Ryan | Protecting quantum information from noise - a passive approach | 0 |

Sept. 29, 2016 | Fall 2016 | Islam, Rajibul | Measuring Entanglement in Quantum Many-Body Systems | 0 |

Sept. 15, 2016 | Fall 2016 | Zhang, Zheshen | Floodlight QKD as a new frame work for high speed secure communication | 0 |

Sept. 8, 2016 | Fall 2016 | Harlow, Daniel | The Three Qutrit Code as a Model of Holography | 0 |

Sept. 1, 2016 | Fall 2016 | Farhi, Eddie | Quantum Supremacy through the Quantum Approximate Optimization Algorithm | 0 |

May 12, 2016 | Spring 2016 | Brown, Justin | Atom-Based Instruments for Fundamental Physics and Applications | 0 |

May 5, 2016 | Spring 2016 | Haah, Jeongwan | Sample-optimal tomography of quantum states | 0 |

April 28, 2016 | Spring 2016 | Yang, Yujia | Quantum electron microscope: interaction-free measurement with electrons | 0 |

April 21, 2016 | Spring 2016 | Sawyer, Brian | Trapped-Ion Quantum Information and Neutral-Atom Sensors at Georgia Tech Research Institute | 0 |

April 14, 2016 | Spring 2016 | Fu, Liang | Majorana takes charge: from teleportation to quantum computation | 0 |

March 31, 2016 | Spring 2016 | Harrow, Aram | Simulated Quantum Annealing Can Be Exponentially Faster than Classical Simulated Annealing | 0 |

March 24, 2016 | Spring 2016 | Bretheau, Landry | Quantum dynamics of an electromagnetic mode that cannot contain N photons | 0 |

March 17, 2016 | Spring 2016 | Ozols, Maris | How to Permute Quantum Systems Continously | 0 |

March 10, 2016 | Spring 2016 | Gustavsson, Simon | Non-exponential energy decay and quasi-particle fluctuations in a superconducting flux qubit | 0 |

March 3, 2016 | Spring 2016 | Yoder, Ted | Constructing universal gates on quantum codes piece-by-piece | 0 |

Feb. 25, 2016 | Spring 2016 | Yelin, Susanne | Entanglement and coherence in many-body dipolar systems | 0 |

Feb. 18, 2016 | Spring 2016 | Guha, Saikat | Quantum rate limits of undecodable and undetectable optical communications | 0 |

Feb. 11, 2016 | Spring 2016 | Bernien, Hannes | Loophole-free Bell inequality violation using electron spins separated by 1.3 kilometres. | 0 |

Feb. 4, 2016 | Spring 2016 | Kaiser, David I. | Testing Bell's Inequality with Astrophysical Observations: Addressing the Settings-Independence Loophole. | 0 |

Jan. 28, 2016 | Spring 2016 | Kravtsov, Konstantin | Relativistic Quantum Cryptography | 0 |

Dec. 10, 2015 | Fall 2015 | Chivarini, John | Technologies for Scalable Trapped-Ion Quantum Information Processing | 0 |

Dec. 3, 2015 | Fall 2015 | Becher, Christoph | Prospects of SiV centers in diamond for quantum information | 0 |

Nov. 30, 2015 | Fall 2015 | Andersen, Christian Kraglund | Autonomous quantum feedback loop inside a cryostat | 0 |

Nov. 19, 2015 | Fall 2015 | Polkovnikov, Anatoli | Brief intro into quantum chaos, ergodicity, and the eigenstate thermalization hypothesis | 0 |

Nov. 12, 2015 | Fall 2015 | Del Campo, Adolfo | Shortcuts to Adiabaticity | 0 |

Nov. 5, 2015 | Fall 2015 | Reed, Matthew | Electrically controlled qubits in silicon | 0 |

Oct. 29, 2015 | Fall 2015 | Lloyd, Seth | Quantum Thermodynamaics | 0 |

Oct. 22, 2015 | Fall 2015 | Burton, Cody | Observation of Bose-Einstein Condensation in a Strong Synthetic Magnetic Field | 0 |

Oct. 15, 2015 | Fall 2015 | Feiguin, Adrian | Equilibrium density matrices as ground states of frustration-free Hamiltonians | 0 |

Oct. 8, 2015 | Fall 2015 | Greiner, Markus | Measuring entanglement entropy via the interference of many-body twins | 0 |

Oct. 1, 2015 | Fall 2015 | Vuletic, Vladan | Entanglement of 3000 atoms by one photon | 0 |

May 7, 2015 | Spring 2015 | Zhang, Zheshen | Entangling thousands of atoms | 0 |

April 23, 2015 | Spring 2015 | Beck, Kristin M. | Continuous Nondestructive Detection of Individual Photons | 0 |

April 16, 2015 | Spring 2015 | Braje, Danielle | Sense and Sensibility: Practical Quantum Sensing | 0 |

April 9, 2015 | Spring 2015 | Oliver, William D. | Quantum information science with superconducting artificial atoms | 0 |

April 2, 2015 | Spring 2015 | Wen, Xiao-Gang | Highly entangled quantum states -- topologically ordered states and SPT states | 0 |

March 19, 2015 | Spring 2015 | Zhang, Zheshen | Entanglement-Based Quantum Information Processing | 0 |

March 12, 2015 | Spring 2015 | Harrow, Aram | Sparse Quantum Codes from Quantum Circuits | 0 |

March 5, 2015 | Spring 2015 | Kennedy, Colin | Bose-Einstein Condensation in the 1/2 Flux Harper Hamiltonian | 0 |

Feb. 26, 2015 | Spring 2015 | Pastawski, Horacio | Decoherence and irreversibility in systems of interacting spin: Lessons from the Loschmidt Echoes and the Quantum Drift model | 0 |

Feb. 25, 2015 | Spring 2015 | Lee, Sang-Yun | Towards practical solid-state quantum network with a robust light-matter interface in diamond | 0 |

Feb. 19, 2015 | Spring 2015 | Yoder, Ted | Quantum search and surefire soufflés | 0 |

Feb. 12, 2015 | Spring 2015 | Gelbewaser, David | Thermodynamic nature of quantum resources: From thermodynamic limits to cooling | 0 |

Feb. 3, 2015 | Spring 2015 | Dahl, Denny | Quantum computing with a D-Wave | 0 |

Dec. 18, 2014 | Fall 2014 | Filipp, Stefan | Abelian and non-Abelian Geometric Phases and Gates in Circuit QED | 0 |

Dec. 11, 2014 | Fall 2014 | Lupo, Cosmo | Security-rate tradeoff in quantum communication | 0 |

Dec. 4, 2014 | Fall 2014 | Kamal, Archana | Nonreciprocal microwave photonics with superconducting quantum circuits | 0 |

Nov. 19, 2014 | Fall 2014 | Preskill, John | Fault-tolerant gates for topological codes | 0 |

Nov. 6, 2014 | Fall 2014 | Schröder, Tim | Spin qubits in diamond nanocavities | 0 |

Oct. 30, 2014 | Fall 2014 | Pushin, Dmitry | Neutron Interferometry and Coherence | 0 |

Oct. 23, 2014 | Fall 2014 | Zhang, Zheshen | Quantum sensing with loss and noise | 0 |

Oct. 23, 2014 | Fall 2014 | Mouradian, Sara | Integrating quantum memories into a photonic circuit | 0 |

Oct. 16, 2014 | Fall 2014 | Guerreschi, Gian Giacomo | Dimensionality reduction for quantum adiabatic optimizers: Beyond symmetry exploitation | 0 |

Oct. 9, 2014 | Fall 2014 | Krovi, Hari, Patel, Monika | Enabling Optical Technologies for Quantum Information Processing | 0 |

Oct. 2, 2014 | Fall 2014 | Thompson, Jeff | Nanoscale quantum optics with cold atoms | 0 |

Sept. 25, 2014 | Fall 2014 | Wallraff, Andreas | Hybrid Systems with Circuit QED | 0 |

Sept. 18, 2014 | Fall 2014 | King, Christopher | Quantum channels from a mathematical perspective | 0 |

Sept. 11, 2014 | Fall 2014 | Lloyd, Seth | Quantum machine learning | 0 |

May 15, 2014 | Spring 2014 | Shields, Brendan | Charge and spin dynamics in NV centers | 0 |

May 8, 2014 | Spring 2014 | Najafi, Faraz | Scalable integration of single-photon detectors on a photonic chip | 0 |

May 1, 2014 | Spring 2014 | Zhang, Zheshen | High-dimensional quantum key distribution | 0 |

April 24, 2014 | Spring 2014 | Hodges, Jonathan | Moving from academia to a start-up company | 0 |

April 17, 2014 | Spring 2014 | Aspuru-Guzik, Alan | Quantum algorithms and quantum simulation | 0 |

April 10, 2014 | Spring 2014 | Coudron, Matt | Device Independent Randomness Expansion | 0 |

March 27, 2014 | Spring 2014 | Hosseini, Mahdi | Versatile atomic memory for optical information and optomechanical sensing with nanowires and cavity mirrors | 0 |

March 20, 2014 | Spring 2014 | McConnell, Robert | Generation of non-Gaussian entangled states of atoms by single-photon detection | 0 |

March 13, 2014 | Spring 2014 | Viola, Lorenza | Advances in quantum Hamiltonian engineering | 0 |

March 6, 2014 | Spring 2014 | Gutierrez, Michael | Sorting ions and internships | 0 |

Feb. 27, 2014 | Spring 2014 | Trusheim, Matthew | Nanoscale sensing with engineered diamond | 0 |

Feb. 21, 2014 | Spring 2014 | Jacobs, Kurt | Towards Entangled Macroscopic Systems: Modulated Electromechanics | 0 |

Feb. 13, 2014 | Spring 2014 | Aaronson, Scott | Computational complexity of decoding Hawking radiation | 0 |

Dec. 19, 2013 | Fall 2013 | Connolly, Colin | Detection of rare cells with NV magnetic imaging | 0 |

Dec. 12, 2013 | Fall 2013 | Ashoori, Raymond C. | New Electronic States in Graphene Heterostructures | 0 |

Dec. 5, 2013 | Fall 2013 | Berggren, Karl | Quantum Nanostructures and Nanofabrication | 0 |

Nov. 21, 2013 | Fall 2013 | Khaneja, Navin | Quantum control | 0 |

Nov. 14, 2013 | Fall 2013 | Poletti, Dario | Emergence of quantum correlations and complex dynamics in dissipative quantum many-body systems | 0 |

Nov. 7, 2013 | Fall 2013 | Dixon, Benjamin | Increased heralding efficiency in quantum optics: on the road to closing Bell test loopholes | 0 |

Oct. 31, 2013 | Fall 2013 | Paz Silva, Gerado A. | Towards Fault-Tolerant Quantum Computing | 0 |

Oct. 24, 2013 | Fall 2013 | Cappellaro, Paola | Control of quantum sensors | 0 |

Oct. 17, 2013 | Fall 2013 | Mower, Jake | Why Photonics is the best? | 0 |

Oct. 10, 2013 | Fall 2013 | Bissbort, Ulf | Higgs mode in strongly interacting condensates | 0 |

Oct. 3, 2013 | Fall 2013 | Lloyd, Seth | Overview of blackhole evaporation and firewall debate | 0 |

Sept. 26, 2013 | Fall 2013 | Home, Janathan | Multi-species ion chains and scalable elements for trapped ion quantum control | 0 |

Sept. 19, 2013 | Fall 2013 | Lucas, David | Experimental quantum computation with ion traps | 0 |

Sept. 12, 2013 | Fall 2013 | Neven, Hartmut, Rose, Geordie | The world's first commercially available quantum computer | 0 |

Thanksgiving, Holiday | Thanksgiving | 0 | ||

Jiang, Ying | TBD | 0 | ||

Krastanov, Stefan, Vuckovic, Jelena | TBD | 0 |