Quantum Technology International Conference – QTech 2024
The growing ability to manipulate quantum systems is paving the way for a second quantum revolution, and a number of initiatives worldwide have been formed to foster quantum technologies. These exciting novel applications exploit specific quantum properties that are not accessible with classical resources, such as superposition and entanglement of individual quantum systems.
The objective of the QTech conference, which will take place on September 10-12, 2024, in Berlin, is to present the latest developments of quantum technologies in the domains of quantum communication, computation, simulation, sensors and metrology, both in their implementation using various platforms -from atoms and ions to solid states, superconducting circuits and optics- as well as in their conceptual and theoretical foundations.
- TOPICS
- Quantum information processing and computing
- Quantum simulation
- Quantum sensors and quantum metrology
- Quantum communication
- Quantum networks and repeaters
- Fundamental science for quantum technologies
- Quantum optics and non-classical light sources
- Quantum light-matter interfaces and memories
- Solid states and hybrid systems
- Quantum non-linear optics
You can still register!
12
Plenary Speakers
12 high profile speakers are invited to give plenary speeches at Quantum Technology International Conference 2024
250
Attendees
Limited to 250 attendees : QTech 2024 will be organized at Freie Universität Berlin. The venue includes a comfortable and modern auditorium, poster area and a friendly exhibition space.
2
Afterworks
2 afterworks will be additional opportunities for you to network and enjoy your stay in Berlin !
CO-CHAIRMAN
Prof. Arno Rauschenbeutel
Humboldt-Universität, Germany
CHAIRMAN
Prof. Jens Eisert
Freie Universität, Germany
CO-CHAIRMAN
Dr Philippe Faist
Freie Universität, Germany
PLENARY SPEAKERS
The confirmation status of each speaker after the conference reschedule is updated continuously below.
Prof. Antonio Acin
ICFO-The Institute of Photonic Sciences, Spain
Prof. Markus Aspelmeyer
University of Vienna, Austria
Prof. Mete Atature
University of Cambridge, UK
Prof. Stacey Jeffery
QuSoft, CWI & University of Amsterdam
Prof. Richard Kueng
Johannes Kepler Universität Linz, Austria
Dr. Anthony Leverrier
INRIA, France
Dr. Maria Schuld
Xanadu
Prof. Christine Silberhorn
Paderborn University, Germany
Prof. Jelena Vuckovic
Stanford University, California
Prof. Mikhail Lukin
Harvard University, Massachusetts
POSITION OFFERS
PhD/post doc positions are available in the following labs. Click on the laboratory name for more information:
Application deadline
(start-end dates)
- 26th August 2024
Type of offer
- PhD
Title
WHAT PEOPLE SAY ABOUT THE PAST EDITION
What a fantastic first day at @QTech_Quantum in Paris at the amazing École Normale Supérieure Ulm. We've heard inspiring talks on the latest developments in quantum technologies & met very many inspiring people. Thanks to everyone who has stopped by so far. #qtech2018 #PremC pic.twitter.com/AKTMmWYwQt
— M Squared (@M2Lasers) September 5, 2018
Nice speeches and our booth at #QTech2018 ??? pic.twitter.com/hRD9P2XdCc
— Entropy MDPI (@Entropy_MDPI) September 7, 2018
It was very nice to be at @QTech_Quantum with @NickXJohnson to present our poster showing the latest progress on the quantum computer demonstrator device we are building in the @IQT_group. Many thanks to all those who stopped by! Don't hesitate to PM to get a pdf copy #QTech2018 pic.twitter.com/EOe71V2exl
— Ion busters (@Ion_busters) September 8, 2018
Prof. Akira Furusawa on stage at #QTech2018 presenting his labs progress towards an universal fault-tolerant optical quantum computer, "Daniel Gottesman is my god and his GKP paper is my Bible" pic.twitter.com/VgjxH82wQ6
— Casper Rubæk Breum ? (@crbreum) September 7, 2018
Last day of the #QTech2018 conference in Paris, happy to have attended this conference discussing several physical architectures for quantum technologies and fundamental physics investigations. pic.twitter.com/noGeWjpDC2
— Martina Esposito (@EspositoMarti) September 7, 2018
David Lucas @UniofOxford gives a talk on faster and better quantum logic with trapped ions #QTech2018 pic.twitter.com/aiNqSjHcJX
— Quantum Science & Technology (@QuantSciTech) September 7, 2018
Last day for Quantum Technology International Conference 2018 (aka QTech), which gave exciting meetings and lectures ! (picture : Michel Brune for Toward a trapped circular Rydberg atom quantum simulator) #QTech2018 @Physique_ENS @lkb_lab @premc @lkb_lab @cdf1530 pic.twitter.com/phUrcJKIng
— Lab. Kastler Brossel (@lkb_lab) September 7, 2018
Take a look at the abstracts of the previous editions
- Quantum networks based on integrated optics and pulsed light (more details)
- Sensing Of Motion Beyond The Standard Quantum Limit (more details)
- Applying Quantum Sensors (more details)
- Bose-Einstein condensates with chiral interactions (more details)
- Engineering Synthetic Quantum Systems With Ultracold Atoms And Light (more details)
- Linking up trapped-ion quantum computers (more details)
- Deterministic Quantum State Transfer And Remote Entanglement Using Microwave Photons (more details)
- Learning And Artificial Intelligence In The Quantum Domain (more details)
- A Time-Domain Multiplexed Measurement-Based Large-Scale Optical Quantum Computer (more details)
- Faster And Better Quantum Logic With Trapped Ions (more details)
- Distributed Phase Sensing Using Four-Mode Entanglement (more details)
- Trustworthy certifications of quantum communication technologies (more details)
- Linking up trapped-ion quantum computers (more details)
- Controllable Single Photon Time-Bin Encoded Qubits From A Quantum Dot (more details)
- Fiber Coupled Epr-State Generation From A Single Squeezing Source (more details)
- Quantum Simulators In Hybrid Nanocircuits (more details)
- Spin Qubit Operation At 1K (more details)
- Cavity Photons For Integrated Quantum Logic And Cluster-State Preparation (more details)
- Interplay Between Atoms And Optical Vortices Through A Raman Transition (more details)
- Quantum Engine Efficiency Bound Beyond The Second Law Of Thermodynamics (more details)
- Chip-To-Chip Space Encoding High Dimensional Quantum Communications (more details)
- Plasmonic Coherent Perfect Absorption And Switching In A Fiberized Quantum Network (more details)
- Quantum Simulators As Quantum Sensors: Quantum Entanglement And Correlations From Strongly Interacting Phases Of Matter (more details)
- A Single Ion Coupled To An Ultraviolet Fiber Cavity (more details)
- How long until a quantum repeater? (more details)
- Highly-efficient ensemble-based quantum memory for light (more details)
- Generation of pure quantum light in the solid-state (more details)
ORGANIZER
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