We address fundamental challenges to the development of the quantum computer.

Lecture 1 - Intro to Quantum Algorithms - Jens Palsberg
2:21:57
Lecture 1 - Intro to Quantum Algorithms - Jens Palsberg
Lecture 2 - Quantum Machine Learning - Bobak Toussi Kiani
2:05:09
Lecture 2 - Quantum Machine Learning - Bobak Toussi Kiani
Lecture 4 - Quantum Complexity Theory - Bill Fefferman
2:10:50
Lecture 4 - Quantum Complexity Theory - Bill Fefferman
Lecture 3 - Quantum Simulation - Nathan Wiebe
2:42:21
Lecture 3 - Quantum Simulation - Nathan Wiebe
Quantum Club @ Berkeley - Jack Hidary: Why Quantum Deserve Your Attention but Especially Now 12/2/21
1:55:47
Quantum Club @ Berkeley - Jack Hidary: Why Quantum Deserve Your Attention but Especially Now 12/2/21
Spring School Day 3 Lecture: Continuous Measurement and Quantum Trajectories
2:52:50
Spring School Day 3 Lecture: Continuous Measurement and Quantum Trajectories
Spring School Day 2 Lecture: Control of Open Quantum Systems
3:15:54
Spring School Day 2 Lecture: Control of Open Quantum Systems
Spring School Day 4 Lecture: Quantum Circuits
2:48:26
Spring School Day 4 Lecture: Quantum Circuits
Spring School Day 1 Lecture: Introduction to Open Quantum Systems
3:37:02
Spring School Day 1 Lecture: Introduction to Open Quantum Systems
Spring School Day 3 Q&A: Continuous Measurement and Quantum Trajectories
41:43
Spring School Day 3 Q&A: Continuous Measurement and Quantum Trajectories
Spring School Day 4 Q&A: Quantum Circuits
1:15:37
Spring School Day 4 Q&A: Quantum Circuits
Spring School Day 5 Lecture: Measurement and Control
3:02:58
Spring School Day 5 Lecture: Measurement and Control
Spring School Day 1 Q&A: Introduction to Open Quantum Systems
1:07:36
Spring School Day 1 Q&A: Introduction to Open Quantum Systems
Spring School Day 2 Q&A: Control of Open Quantum Systems
32:17
Spring School Day 2 Q&A: Control of Open Quantum Systems
Jeongwan Haah (Microsoft): Floquet codes— dynamically generated logical qubits
1:30:00
Jeongwan Haah (Microsoft): Floquet codes— dynamically generated logical qubits
Ciaran Ryan-Anderson (Quantinuum): Realization of Real-time Fault-tolerant Quantum Error Correction
1:33:33
Ciaran Ryan-Anderson (Quantinuum): Realization of Real-time Fault-tolerant Quantum Error Correction
Yipeng Huang (Rutgers): Graphical models and logical abstractions for quantum systems
1:29:04
Yipeng Huang (Rutgers): Graphical models and logical abstractions for quantum systems
Yongshan Ding (Yale): Searching and Training Parametrized Quantum Circuits in the Presence of Noise
1:33:08
Yongshan Ding (Yale): Searching and Training Parametrized Quantum Circuits in the Presence of Noise
Cory Dean (Columbia): Twistronics with real time control
1:32:15
Cory Dean (Columbia): Twistronics with real time control
Alp Sipahigil (UC Berkeley): Optical Interconnects for Superconducting Quantum Processors
1:29:00
Alp Sipahigil (UC Berkeley): Optical Interconnects for Superconducting Quantum Processors
Geoffrey Penington (UC Berkeley): Black Holes and Quantum Computers
1:33:19
Geoffrey Penington (UC Berkeley): Black Holes and Quantum Computers
Swamit Tannu (U of Wisconsin-Madison): Concurrency on Quantum Computers: Good, Bad, and Ugly
1:28:23
Swamit Tannu (U of Wisconsin-Madison): Concurrency on Quantum Computers: Good, Bad, and Ugly
Iacopo Carusotto (U of Trento): Quantum Fluids of Light
1:35:32
Iacopo Carusotto (U of Trento): Quantum Fluids of Light
Jarrod McClean (Google Quantum AI): Physical Simulation Through a Quantum Computational Lens
1:25:44
Jarrod McClean (Google Quantum AI): Physical Simulation Through a Quantum Computational Lens
Mohammad Hafezi (U of Maryland): Quantum optics meets correlated electrons
1:30:59
Mohammad Hafezi (U of Maryland): Quantum optics meets correlated electrons
Fred Chong (U Chicago): Resource-Efficient Quantum Computing by Breaking Abstractions
1:33:22
Fred Chong (U Chicago): Resource-Efficient Quantum Computing by Breaking Abstractions
Saïda Guellati-Khélifa (CNAM): Quantum sensors based on light pulse atom interferometry
1:45:02
Saïda Guellati-Khélifa (CNAM): Quantum sensors based on light pulse atom interferometry
Michel Devoret (Yale): Error correction of a logical quantum bit encoded in a superconducting cavity
1:30:18
Michel Devoret (Yale): Error correction of a logical quantum bit encoded in a superconducting cavity
Anne Broadbent (U of Ottawa): Quantum Uncloneability
1:27:24
Anne Broadbent (U of Ottawa): Quantum Uncloneability
Spring School on Quantum Error Correction, Day 5 Bosonic Error Correction: Shruti Puri (Yale)
3:00:01
Spring School on Quantum Error Correction, Day 5 Bosonic Error Correction: Shruti Puri (Yale)