Center for Quantum Networks

1:34:52

Special topic on molecular design with relevance to quantum networks

3:23:34

Quantum network integrated devices and systems

3:31:04

Integrated Photonics Platforms for Quantum Networks

3:26:48

Error Correction for Quantum Networks

3:19:45

Principles of Quantum Networks

3:32:54

Theory of quantum channels: from bosonic modes to single photons

2:56:52

Information in a Photon

3:41:31

Getting up to Speed on Quantum Networks: Modes, States, Transformations and Measurements

3:20:15

The Physics Behind the Quantum Internet: A Gentle Introduction

Center for Quantum Networks Live Stream

1:03:11

Dr. Elizabeth Goldschmidt

2:33

April 5, 2024

1:06

April 5, 2024

3:06:32

Optical Transmission Systems for Quantum Networks (Level 1-2)

3:22:45

Integrated Photonics Platforms for Quantum Networks (Level 3)

3:29:26

The Physics Behind the Quantum Internet A Gentle Introduction (Level 1-2)

2:51:46

Information in a Photon (Level 3)

3:25:21

Exploring and Designing Quantum Networks via Digital Twin Simulations (Level 2)

3:07:10

Theory of Quantum Channels From Bosonic Modes to Single Photons (Level 4)

3:25:51

Principles of Quantum Networks (Level 2)

2:40:03

Quantum Networking with Path-Entangled Single-Photon States (Level 3)

2:54:16

Error Correction for Quantum Networks (Level 3)

3:27:02

Getting up to Speed on Quantum Networks: Modes, States, Transformations and Measurements (Level 3)

53:54

Scalable Quantum Network

59:53

On noise in swap ASAP repeater chains: exact analytics, bounds and numerical approximations

42:52

Quantum Information Science: An Overview, Dr. Michael Raymer

33:34

A Quantum Ethics Roadmap - Jane Bambauer

1:06

Building the Quantum Internet - 60sec

6:35

Building the Quantum Internet

2:14

CQN Winter School on Quantum Networks: Welcome from the Director

3:42:26

Course 1: Physics behind quantum networks: A gentle introduction

3:33:02

Course 7: Classical and quantum error correction

2:49:57

Course 8: Software for modelling quantum networks

3:20:30

Course 6: Information in a photon

3:22:07

Course 9: Programmable photonics in quantum networks

3:13:31

Course 3: How to build a quantum network/ Hardware perspective

3:40:01

Course 4: How to build a quantum network/ Theory perspective

3:33:43

Course 2: Optical networks for quantum networks

2:50:13

Course 5: Theory of quantum channels for quantum networks

2:10:00

Q-IG: Internet Governance in the Quantum Age by Jeremy Bernick

1:06:36

The Quantum Internet by Saikat Guha

5:15

The Quantum Information Revolution Opening the Doors into the next Renaissance

57:10

Short Course: Quantum Systems, Information, and Entanglement Pt3

52:51

Short Course: Quantum Systems, Information, and Entanglement Pt2

51:38

Short Course: Quantum Systems, Information, and Entanglement Pt1

1:09:50

CQN Societal Impacts Winter Lecture: Quantum Internet Protocols

54:04

CQN YQI Q&A Panel: How to Join the Quantum Workforce- Preparing for a Faculty Position

53:34

Leadership, Mental Health and Resiliency in the STEM Disciplines

1:01:21

Quantum research in R&D company with Dr. Kin Chung Fong of Raytheon BBN Technologies

59:22

A Quantum Networked Society

1:02:15

CQN YQI Q&A Panel: How to Join the Quantum Workforce- Prepare for Grad School

1:06:41

Quantum Networks and the Role of CQN

51:42

CQN YQI Q&A Panel: How to Join the Quantum Workforce- Prepare for College

1:06:36

Overview of Quantum Information Science & Technology by Michael Raymer

5:32

Superconducting control circuitry for quantum repeaters

5:36

Ground state electro-optic conversion

5:19

Routing Algorithms

5:22

Entanglement of Superconducting Systems

5:04

Quantum memory and repeater experiments

5:33

Frequency Conversion

4:50

Transparent Superconductors for Optical Modulator Electrodes

6:01

Network Tomography

6:50

Quantum Memory Theory

4:52:49

Center for Quantum Networks Kickoff meeting - Sept. 24, 2020