About
Our forthcoming PhD school will review diverse facets of contemporary photonic quantum technologies, ranging from foundational principles to practical applications. Starting from broad tutorials on quantum optics and light matter interactions, we will subsequently delve into the most recent progress and methods in quantum communication, simulation, computing, and sensing. Several seminars will be given by industry partners.
Welcome to the Quantum Information Spring School, a school on Photonic Quantum Technologies. From May 20, 2024 - May 31, 2024, this school will be held in Les Houches, France.
Speakers
Jan Sperling
Paderborn University
Multimode quantum correlations
Benjamin Brecht
Paderborn University
(1) Guided-wave parametric down-conversion 101 and (2) Examples of engineered PDC sources
Peter Lodahl
NBI, Copenhagen University
Deterministic single-photon quantum hardware for scalable quantum information processing
Eleni Diamanti
LIP6, Sorbonne University and WeLinQ
Resources and applications of quantum communication networks and Quantum interconnects based on highly-efficient cold atom memories
Darrick Chang
ICFO
Quantum optics using atomic arrays
Giulia Ferrini
Chalmers University of Technology
Quantum computing with bosonic systems
Fabio Sciarrino
Sapienza Università di Roma
Tba
Philippe Goldner
IRCP, Chimie ParisTech
Solid-state optically addressable spins for quantum technologies
Rachel Grange
ETH
Lithium niobate on insulator for integrated quantum photonics.
Johannes Nokkala
University of Turku
Quantum reservoir computing: introduction & state-of-the-art
Alexei Ourjoumstev
Collège de France
Photon-photon interactions, from measurements to Rydberg superatoms
Claire Le Gall
Nu Quantum
A tutorial on the quantum control of electron-nuclear quantum registers in the solid-state
Quentin Glorieux
LKB, Sorbonne University
Fluids of light in hot atomic vapors
Peter van Loock
University of Mainz
Quantum Repeaters: Fermions or Bosons?
Valérian Thiel
Pasqal
Tba
Jake Bulmer
PsiQuantum
Fusion-based fault tolerant photonic quantum computing
Francesconi Saverio
Quantum Telecommunications Italy (QTI)
Implementing QKD Networks in the Field
Rawad Mezher
Qandela
Mitigating photon loss in linear optical quantum circuits with applications to training quantum circuit Born machines.
Félix Bussières
ID Quantique
Superconducting nanowire single-photon detectors for quantum quantum communication and photonic quantum computing
Program
Sponsors
Location
Address :
Infos
- a library with the main scientific journals (paper or online) and some reference books
- an open space with many blackboards
- a video projector
- an automated video capture system
- a photocopy machine
- Internet (wifi + hubs to connect laptops to the local network)
- desktop computers (5 PCs) and a B&W Laser Printer
- 3 washing machines and 3 dryers.
- Three meals a day in our restaurant
A flashlight is handy at night ; the school chalets are scattered on the mountainside and outside lights may be poor (power failures, storms,…).
Free coffee & tea is available in the bar and in the main building.
Breakfast: 7:45 am to 8:45 am ; Lunch: 12:30 am ; Dinner: 7:30 pm
Accompanying persons who have registered can take their meals at the restaurant (18 euros per meal).
The cafeteria has a piano, table soccer and table tennis.
Registration
Registration to the Quantum Information Spring School.
Fees : 858€ (including taxes)
REGISTRATION CLOSED. ACCEPTANCE WILL BE ANNOUNCED AFTER REVIEW ON END OF FEBRUARY 2024.