Advanced Topics in Quantum Sciences and Technologies
PHYS-744
Media
PHYS-744 Quantum Science and Technology
13, Lecture 13 - Stochastic numerical methods for many-body quantum systems - G. Carleo/F. Vincentini
11.12.2020, 13:32
12, Lecture 12/B - Stochastic numerical methods for many-body quantum systems - G. Carleo
04.12.2020, 15:19
12, Lecture 12/A - Stochastic numerical methods for many-body quantum systems - G. Carleo
04.12.2020, 14:11
11, Lecture 11 - Hybrid superconducting / quantum dot circuits - P. Scarlino
27.11.2020, 13:41
10, Lecture 10 - Quantum Simulation with Cold Atoms - JP. Brantut
20.11.2020, 13:45
9, Lecture 9 - Quantum Metrology with Atoms in a Cavity - N. Englesen
13.11.2020, 14:12
8, Lecture 8 - Part 3 (partial) - Quantum Metrology - P. Treutlein
06.11.2020, 13:58
8, Lecture 8 - Part 2 - Quantum Metrology - P. Treutlein
06.11.2020, 13:57
8, Lecture 8 - Part 1 - Quantum Metrology - P. Treutlein
06.11.2020, 13:56
7, Lecture 7 - Part 2 - Quantum Sensing with single spins - P. Maletinsky
30.10.2020, 19:25
7, Lecture 7 - Part 1 - Quantum Sensing with single spins - P. Maletinsky
30.10.2020, 19:23
6, Lecture 6 - Part 4 - Intro to Quantum Sensing - M. Chipaux
23.10.2020, 14:02
6, Lecture 6 - Part 3 - Intro to Quantum Sensing - C. Galland
23.10.2020, 14:01
6, Lecture 6 - Part 2 - Intro to Quantum Sensing - C. Galland
23.10.2020, 13:59
6, Lecture 6 - Part 1 - Intro to Quantum Sensing - C. Galland
23.10.2020, 13:58
5, Lecture 5 - Part 3 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:32
5, Lecture 5, Part 2 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:31
5, Lecture 5, Part 1 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:28
4, Lecture 4, Part 3 - Anyons - M. Banerjee
09.10.2020, 13:42
4, Lecture 4, Part 2 - Anyons - M. Banerjee
09.10.2020, 13:41
3, Lecture 3, Part 3 - Quantum Transport - G. Haack
02.10.2020, 16:06
3, Lecture 3, Part 2 - Quantum Transport - G. Haack
02.10.2020, 16:00
3, Lecture 3, Part 1 - Quantum Transport - G. Haack
02.10.2020, 15:55
2, Lecture 2, Part 2 - Theory of Open Quantum Systems - V. Savona
25.09.2020, 12:22
2, Lecture 2, Part 1 - Theory of Open Quantum Systems - V. Savona
25.09.2020, 12:21
1, Lecture 1, Part 3 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:50
1, Lecture 1, Part 2 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:48
1, Lecture 1, Part 1 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:47
Media
PHYS-744 Quantum Science and Technology
13, Lecture 13 - Stochastic numerical methods for many-body quantum systems - G. Carleo/F. Vincentini
11.12.2020, 13:32
12, Lecture 12/B - Stochastic numerical methods for many-body quantum systems - G. Carleo
04.12.2020, 15:19
12, Lecture 12/A - Stochastic numerical methods for many-body quantum systems - G. Carleo
04.12.2020, 14:11
11, Lecture 11 - Hybrid superconducting / quantum dot circuits - P. Scarlino
27.11.2020, 13:41
10, Lecture 10 - Quantum Simulation with Cold Atoms - JP. Brantut
20.11.2020, 13:45
9, Lecture 9 - Quantum Metrology with Atoms in a Cavity - N. Englesen
13.11.2020, 14:12
8, Lecture 8 - Part 3 (partial) - Quantum Metrology - P. Treutlein
06.11.2020, 13:58
8, Lecture 8 - Part 2 - Quantum Metrology - P. Treutlein
06.11.2020, 13:57
8, Lecture 8 - Part 1 - Quantum Metrology - P. Treutlein
06.11.2020, 13:56
7, Lecture 7 - Part 2 - Quantum Sensing with single spins - P. Maletinsky
30.10.2020, 19:25
7, Lecture 7 - Part 1 - Quantum Sensing with single spins - P. Maletinsky
30.10.2020, 19:23
6, Lecture 6 - Part 4 - Intro to Quantum Sensing - M. Chipaux
23.10.2020, 14:02
6, Lecture 6 - Part 3 - Intro to Quantum Sensing - C. Galland
23.10.2020, 14:01
6, Lecture 6 - Part 2 - Intro to Quantum Sensing - C. Galland
23.10.2020, 13:59
6, Lecture 6 - Part 1 - Intro to Quantum Sensing - C. Galland
23.10.2020, 13:58
5, Lecture 5 - Part 3 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:32
5, Lecture 5, Part 2 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:31
5, Lecture 5, Part 1 - Intro to Quantum Sensing - C. Galland
16.10.2020, 17:28
4, Lecture 4, Part 3 - Anyons - M. Banerjee
09.10.2020, 13:42
4, Lecture 4, Part 2 - Anyons - M. Banerjee
09.10.2020, 13:41
3, Lecture 3, Part 3 - Quantum Transport - G. Haack
02.10.2020, 16:06
3, Lecture 3, Part 2 - Quantum Transport - G. Haack
02.10.2020, 16:00
3, Lecture 3, Part 1 - Quantum Transport - G. Haack
02.10.2020, 15:55
2, Lecture 2, Part 2 - Theory of Open Quantum Systems - V. Savona
25.09.2020, 12:22
2, Lecture 2, Part 1 - Theory of Open Quantum Systems - V. Savona
25.09.2020, 12:21
1, Lecture 1, Part 3 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:50
1, Lecture 1, Part 2 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:48
1, Lecture 1, Part 1 - Theory of Open Quantum Systems - V. Savona
23.09.2020, 15:47
This file is part of the content downloaded from Advanced Topics in Quantum Sciences and Technologies.
Advanced Topics in Quantum Science and Technology
All lectures will take place in room: PH H3 33
and will last about 4 x 45 min.
This course provides an in-depth treatment of the latest experimental
and theoretical topics in quantum sciences and technologies, including
for example quantum sensing, quantum optics, cold atoms, theory of
quantum measurements and open dissipative quantum systems, etc.
Lecture 1: Mayeul Chipaux
Introduction to Quantum sensing and metrology
• Sensing using individual or ensemble of quantum objects: photons, ions or atoms, superconducting devices, point defects in solids...
Lectures 2-7 : Nicolas Sangouard
Quantum communications
Special course: different schedule! Same room: PH H3 33
- Monday October 17th from 14:00 to 17:30
- Tuesday October 18th from 8:30 to 12:00
- Monday October 24th from 14:00 to 17:30
- Tuesday October 25th from 8:30 to 12:00
- Monday October 31st from 14:00 to 17:30
- Tuesday November 1st from 8:30 to 12:00
This lecture series are given by prof. Nicolas Sangouard, PI of Quantum Information Theory group at CEA Saclay. A last optional lecture will terminate the series on November 7th.
Lectures 8-9 : Cornelius Hempel
Quantum information processing with trapped ions
- Friday October 28th from 9:15 to 12:45
- Friday November 4th from 9:15 to 12:45
- Friday November 11th from 9:15 to 12:45
• Basic concepts of how to use trapped ions for quantum computing
• State of the art examples and the road to scale up to fault tolerant machines
Lectures 10-12 : Vladimir Manucharyan
Quantum mechanics of superconducting circuits
- Friday November 18th from 9:15 to 12:45
- Friday November 25th from 9:15 to 12:45
- Friday December 2nd from 9:15 to 12:45
• Circuit quantization and periodic table of superconducting artificial atoms (qubits)
• Quantum computing with superconducting qubits
• Extreme coupling regimes of QED and many-body simulations.
Lectures 13-14: Zoe Holmes
Quantum neural networks
- Friday December 9th from 9:15 to 12:45
- Friday December 16th from 9:15 to 12:45
• introduction to quantum neural networks (QNNs) and some of their potential uses
• What makes a 'good' QNN? Expressibility and the barrier to trainability posed by barren plateaus
Week 14: Exam
18/12 - Exam
Student (email address) Article (letter)
jehyeok.ryu@epfl.ch A
timo.zwettler@epfl.ch B
dinesh.pinto@epfl.ch C
jun.wang@epfl.ch D
yikai.yang@epfl.ch E
longdi.zhu@epfl.ch F
jz.juo@epfl.ch G
lukas.powalla@epfl.ch H
david.schlegel@epfl.ch I
zheru.qiu@epfl.ch J
amirali.arabmoheghi@epfl.ch K
sachin.verlekar@epfl.ch L
valeria.vento@epfl.ch M