CQIQC Seminars Past Events /
02
May
2024
11 a.m.
- noon
60 St. George Street, Room MP 134
Surjeet Rajendran
Precision Probes of New Physics
02
May
2024
12:10 p.m.
- 1 p.m.
60 St. George Street, MP 134
Jack Sankey
Superfluid acoustic search for ultralight dark matter: a newbie's perspective and prospects
26
Apr
2024
11 a.m.
Fields Institute, Room 309 (the Stewart Library)
Pria Dobney
Haoting Xu
Talk 1: Optimal optical metrology with few-photon states. Talk 2: Manipulating Majorana zero modes in the spin-1/2 Kitaev ladder
19
Apr
2024
11 a.m.
- noon
60 St. George Street, Room MP 408
Nir Navon
Fermions in an Optical Box
17
Apr
2024
2 p.m.
- 3 p.m.
Physics Department, 60 St. George Street, MP 606
Seogjoo J. Jang
Fermi’s Golden Rule, Master Equation, and Magnus Expansion for Quantum Transitions and Dynamical Processes
12
Apr
2024
11 a.m.
Fields Institute, Room 309 ( the Stewart Library)
Miloš Popović
Electronic-photonic integrated circuits and systems for AI, quantum and sensing applications
05
Apr
2024
11 a.m.
Fields Institute, Room 309 (the Stewart Library)
Amir Safavi-Naeini
Integrated quantum photonic and acoustic sensors
22
Mar
2024
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Emily Zhang and Brett Min
Talk 1: Classical dynamics for quantum spin liquids and Talk 2: Bath-engineering magnetic order in quantum spin chains
15
Mar
2024
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Sophia Simon and Matthew Pocrnic
Talk 1: Improved precision scaling for simulating coupled quantum-classical dynamics and Talk 2: Quantum Simulation of Lindbladian Dynamics via Repeated Interactions
08
Mar
2024
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Christian Schilling
The Electron Correlation Problem from a Quantum Information Perspective
01
Mar
2024
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Zohreh Davoudi
Quantum simulating hadronic scattering: From confining spin models to gauge theories
09
Feb
2024
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Sarang Gopalakrishnan
Defining stable phases of open quantum systems
08
Dec
2023
10 a.m.
- 11 a.m.
Physics Department, 60 St. George Street, MP 606
Miloš Popović
THIS SEMINAR IS CANCELLED
08
Dec
2023
11 a.m.
- noon
60 St. George Street, Room MP 134
Yoshiro Takahashi
Ultracold Ytterbium: From Quantum Simulation to Precision Measurement
01
Dec
2023
11 a.m.
- noon
Fields Institute, Room 309 ( the Stewart Library)
Deny Hamel
From Photon Pairs to Photon Triplets: Exploring Cascaded Down Conversion and its Applications
24
Nov
2023
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Mankei Tsang
Quantum waveform estimation, detection, and noise spectroscopy
17
Nov
2023
11 a.m.
Fields Institute, Room 210
Marco Liscidini
High-dimensional quantum states: where to find them and how to study them
10
Nov
2023
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Mankei Tsang
Quantum conditional expectations
08
Nov
2023
11 a.m.
- noon
Physics Department, 60 St. George Street, MP 606
Israel Klich
Quantum Wakes, Stirring by staring and other non-equilibrium problems
26
Oct
2023
3:10 p.m.
- 4 p.m.
The presentation will be streamed live in Room MP102; Zoom link will be shared
Shruti Puri
Good qubits and good codes
Another talk of Interest
20
Oct
2023
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Mankei Tsang
Resolving starlight: a quantum perspective
16
Oct
2023
3 p.m.
- 4 p.m.
Physics Department, 60 St. George Street, MP 606
Barry Sanders
Quantum kittens, cats, combs and compasses: superposing coherent states for sensing, communication, computing and pleasure
13
Oct
2023
11 a.m.
- noon
Fields Institute, Room 309 (the Stewart Library)
Takato Mori
Quantum discord in holography and Markov gap
12
Oct
2023
3 p.m.
- 4 p.m.
Physics Department, 60 St. George Street, MP 606
Ryan MacDonell
Simulation of photochemical dynamics with quantum computers: post- and pre-Born-Oppenheimer approaches
02
Oct
2023
11 a.m.
- noon
Fields Institute, Room 309 (Stewart Library)
Jasminder Sidhu
Global quantum networking for distributed technologies