World Quantum Day 2022

Thursday 14 Apr 2022, 09:00 → 13:00 Europe/Berlin

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Kerstin Borras (DESY and RWTH Aachen University)

       World Quantum Day 2022

          Quantum Technologies

 

The second Quantum Revolution enables and rapidly evolves a large variety of novel Quantum Technologies working on completely different principles than classical technologies.

Therefore, Quantum Technologies have the potential to solve challenges in our future, to change the way how we perform our science research and to maximize the success in science as well as in industry.

Two events are organized in the context of the World Quantum Day 2022:
     Wednesday, 13. 4. 2022   Lecture by Prof. Dr Rainer Blatt
                             17:00               “The Quantum Way of Doing Computation”
                                                      https://indico.desy.de/event/33644/
    Thursday,     14. 4.2022    Introduction of Topics, Panel Discussions and Poster Session
                          9:00–13:00
Please register at the bottom of this main event page to receive the connection details:    https://indico.desy.de/event/33645/

The event on this page takes place on 14.4.2022 and concentrates on

• Quantum Computing
• Quantum Materials
• Quantum Sensing and Quantum Communication
• Technology Transfer

For each of these topics a Spin-Off Talk is given by a recognized expert,
a panel of experts is introduced
and ample time for discussions foreseen.

The ensuing Poster Session opens the possibility to show and explain activities in Quantum Technologies. 
Please submit your contribution while registering.

The connections details will be sent to all registered participants.

Organizing Committee:

Kerstin Borras      (DESY and RWTH Aachen)
Karl Jansen           (DESY and NIC)
Kai Rossnagel       (DESY and CAU Kiel)
Klaus Sengstock   (UHH and ZOQ)
Henning Moritz     (UHH and ZOQ)
Peter Schmelcher  (UHH and ZOQ)
Khiem Trieu           (TUHH)

Welcome and Introduction

1 Welcome from DESY, UHH, TUHH

DESY - ITT Director Arik Willner

UHH - President Hauke Heekeren

TUHH - President Andreas Timm-Giel

2 Introduction

Speaker: Kerstin Borras (DESY and RWTH Aachen University)

Quantum Computing - Hardware, Methods and Algorithms

3 Quantum Computing Spin-off Talk

Speaker: Karl Jansen (Z_ZPPT (Zeuthen Particle PhysicsTheory))

4 Panel Introduction

Moderator Henning Moritz

Panel:
Rainer Blatt, Dieter Jaksch,Klaus Sengstock, Karl Jansen, Sven Groppe

5 Diskussion

Quantum Materials

6 Quantum Materials Spin-off Talk

Speaker: Philip Moll

7 Panel Introduction

Moderator Kai Rossnagel

Panel
Philip Moll, Michael Thorwart, Thore Posske, Ralf Röhlsberger

8 Discussion

10:35 Coffee/Tea Break

Quantum Sensing and Quantum Communication

9 Quantum Sensing and Quantum Communication Spin-off Talk

Speaker: Roman Schnabel (UHH)

10 Panel Introduction

Moderator: Oliver Gerberding

Panel:
Roman Schnabel, Ralf Riedinger, Steven Worm, Khiem Trieu

11 Discussion

Technology Transfer, Start-Ups, Jobs

12 Technology Transfer Spin-off Talk

Speaker: Michael Bolle (Carl-Zeiss-Stiftung)

13 Panel Introduction

Moderator Ilka Mahns

Panel
Michael Bolle (Carl-Zeiss-Stiftung), Dominik Saile (DLR), Alois Krittl (ARIC),
Philipp Wessels-Staarmann(UHH), Anusch Taraz (TUHH), Franz Kärtner (DESY)

14 Discussion

12:00 Move to Postersession-Platform

Poster Session

Sven Groppe
Institute of Information Systems (IFIS), University of Lübeck
Quantum Computing
QC4DB: Accelerating Relational Database Management Systems via Quantum Computing

Timo Lipka
TUHH
Quantum Computing
Integrated Optics as Enabling Technology for Scalable Quantum Circuits on Chip

Gulden Othman
UHH
Quantum Sensing
A Superconducting Single-Photon Detector for Axion Searches

Koen Sponselee
Centre for Optical Quantum Technologies, UHH
Quantum Computing
A Quantum Computer with Neutral Yb Atoms

Cenk Tüysüz
DESY
Quantum Computing
Impact of quantum noise on the training of quantum Generative Adversarial Networks

Annabel Kropf
DESY
Quantum Computing
Benchmarking Variational Quantum Algorithms for track reconstruction at LUXE

Donika Imeri
ZOQ
Quantum Computing
Single Photon Avalanche Detectors in a Cryogenic Environment