The registration for the Quantum Technology Flagship kickoff in Vienna is now open.
This marks the point at which the first round of funded projects are presented to each other, to the community, and to the decisionmakers who are interested in supporting the flagship. On day two, the community as well as official groups reflect on the start and help set the flagship program on a successful trajectory for the next steps.
The Kickoff will be held in a great setting in Vienna – with a festive day at the Hofburg and a focused working day at the Academy of Sciences. Please join us in launching the program and setting it onto a successful path.
There are still some free spaces available for Monday. Please register fast to secure your spot.
Tuesday is fully booked, only spots for QCN members and the SRA-WG are available. We are working on a streaming option for parts of that day.
You will receive a registration confirmation 2-3 days after you register.
Note that organizing travel and hotel is up to you, the organizers cannot help or endorse any particular business.
Registration to the flagship kickoff in Vienna – Frequently asked questions
Q: This is a free event, why do I need to register?
A: Because we need to make sure we are not overcrowding the room and because we need to plan details of day 2
Q: How does registration work?
A: Once you follow the registration link, fill in your details, send them, then you see what the system recorded and confirm again.
After that, you get an automatic Email from our event organizer Denise Mayer that you were recorded. Within a few days, we will confirm your attendance
Q: I have registered and did not get confirmed – what is going on?
A1: We have so far processed all registrations we got until September 30. If you registered after that, you will hear from us soon.
A2: If you are overdue for a confirmation/rejection letter, be advised that we use a mailing service to send them and some Email systems delay messages from such services or mark them as spam. So, check your spam folder for Emails from Frank Wilhelm-Mauch
A3: If you realized that you forgot to confirm (so you do not even have the Email from Denise Mayer) or anything else went wrong: Don’t panic. Just register again, we still have space, but do it fast.
Q: Is the second day only for insiders of the flagship research projects?
A: Absolutely not. On the second day, there is such an internal session (the Science and Engineering Board) but there is also a broad consultation with the whole community, which you are welcome to join.
October 29 (Zeremoniensaal, Hofburg Wien)
(Entrance Botschafterstiege via Schweizerhof)
Morning: Project presentations and networking
09:00 From the Quantum Manifesto to launching the Quantum Flagship(J. Mlynek, Chair, High-Level-Steering Committee)
09:20 Quantum Flagship: The ramp-up phase and its governance (T. Skordas/G. Kalbe)
09:40 Networking activities of the European QT community(T. Calarco, Chair, Quantum Community Network)
Overview of funded projects in each application area, integrating fundamental science
10:00 Quantum Communication – Stephanie Wehner
10:15 Quantum Computing – Frank Wilhelm-Mauch
10:30 Quantum Simulation – Augusto Smerzi
10:45 Quantum Metrology and Sensing – Florian Schreck
11:30 Pre-announcement of the next QuantERA call (S. Kostka, Coordinator, QuantERA)
11:45 Open floor: Stakeholders’ expectations towards the Flagship (moderated by J. Mlynek and T. Calarco)
13:00 Lunch + Posters of the funded projects
Afternoon: Festive launch of the Quantum Flagship
13.55 Musical opening
14:00 Welcome remarks by the Austrian presidency
14:15 Festive launch of the Quantum Flagship by Roberto Viola (Director General, DG CNECT, European Commission)
14:30 Scientific keynote by Anton Zeilinger (President, Austrian Academy of Sciences)
14:50 Industrial keynote by Thierry Breton (CEO, Atos)
15:10 High level policy debate on perspectives for Quantum Technologies in Europe (moderated by Ms Maryline Fiaschi from Science Business)
Part 1: Short introductions by Ministers from the Member States presenting
their national programmes on Quantum Technologies
Part 2: Discussion with the Ministers
17:00 Quantum ribbon cutting, Family Picture, and get-together
October 30 (Austrian Academy of Sciences)
08:30-09:00 (QSA Track) Engaging with the Strategic Research Agenda (SRA) WG and the Innovation WG
09:00-13:00 (QSA Track) Open discussions based on input expressed by participants upon registration – details at the event
09:00-13:00 (SEB Track)
Innovation Exploitation and IPR (IPR helpdesk / EPO)
Flagship projects’ common activities
13:00-14:00 Joint Lunch – Aula
14:00-15:00: (QSA Track) Innovation and Education discussion
15:00-16:00 (QSA Track) Engaging with the Quantum Community Network (QCN)
14:00-15:00 (SEB Track) Benchmarking
15:00-16:00 (SEB Track) Election of chair and vice chair
16:00-16:30 Closing Discussions
The first meeting of the Science and Engineering Board (SEB – invitation only) will take place in parallel.
QT Kickoff Agenda for Download
- QT Kickoff Agenda for DownloadDownload
More News?All News
- Go to: Sensing Single Spins in Dense Spin BathsMay 12th, 2020
Sensing Single Spins in Dense Spin Baths
The detection of an external single nuclear spin in a noisy spin environment opens up new possibilities for future quantum technologies.
- Go to: CiViQ advances in optimizing the performance of quantum communicationsMay 10th, 2020
CiViQ advances in optimizing the performance of quantum communications
Two different studies published in Nature-affiliated journals by CiViQ’s consortium partner Stefano Pirandola, from University of York, and colleagues, prove further advancement in the field of quantum communications, by overcoming limitations that condition the fully integration of these systems into classical telecom networks.
- Go to: Measuring magnetism under very high-pressure conditionsMarch 31st, 2020
Measuring magnetism under very high-pressure conditions
A study recently published in Science reports on diamond anvil cells being able to highlight the novel magnetic and superconducting properties that certain materials acquire when compressing matter at pressures that can exceed one million atmospheres. A team of researchers have developed a novel method to detect such properties under these extreme conditions.