The supporting program of the World of QUANTUM 2023

Chairs:

• Dr. Tatjana Wilk, Munich Quantum Valley
• Dr. Mira Wolf-Bauwens, IBM Quantum

Abstract:

Abstract to follow

Chair:

• Dr. Fabio Scafirimuto, Quantum Education, Outreach and Workforce Development EMEA Team Lead – IBM Quantum

Abstract:

Abstract to follow

Chairs:

• Dr. Sebastian Luber, Infineon
• Dr. Bernd Jungbluth, Fraunhofer-Institut für Lasertechnik ILT
• Dr. Jürgen Stuhler, TOPTICA Photonics AG

Abstract:

Quantum computers promise a paradigm shift in data processing along with exponential performance advantages over classical computers. The exploitation of quantum mechanical properties opens up a novel approach to specific problems that were previously almost impossible to solve.

In particular, quantum computers can provide an invaluable advantage in areas where classical computers are reaching their limits. Even though today's systems do not yet fully meet the requirements for industrial use, there have been impressive steps in hardware development. Thus, quantum advantage might also be expected in practical applications in the future, such as for energy consumption reduction through the identification of more efficient catalysts, or for more robust supply chains through more powerful simulation.

Quantum computing can be realized using a variety of technological approaches, from atoms and ions to diamonds and semiconductors to superconductors and photons. In the panel, selected experts from industry and research will provide insight into the current state of development and the great potential in applications.

Chairs:

• David Niehaus – Community Manager PlanQK, COO of Anaqor
• Dr. Andreas Böhm – Head of Thinknet Quantentechnologie at Bayern Innovativ
• Christoph Karl – Project manager Thinknet Quantentechnologie at Bayern Innovativ

Abstract:

Part 1: Quantum Computing Use Cases in Medicine, Mobility and Logistics

Part 2: Quantum Computing Use Cases in Finance, Energy and Production

Quantum computing holds enormous potential for the industry of the future. But how exactly do industrial use cases look like and on which industry branches does this technology have an impact? PlanQK - Platform and Ecosystem for Quantum Applications and Bayern Innovativ present first quantum computing use cases from the sectors mobility and logistics, medicine, energy, finance and manufacturing.

It quickly becomes clear that mathematical implementation will also find its application in other industries. In the concluding panel discussion, representatives of QUTAC – a consortium of leading German companies will exchange views on quantum computing and provide an outlook on future developments.

Learn from the early adopters and network with the community.

Chair:

• Dr. Stephanie Hesse-Ertelt, Fraunhofer-Institut für Angewandte Optik und Feinmechanik IOF

Abstract:

The FastGhost consortium of partners Fondazione Bruno Kessler, Single Quantum BV, Fraunhofer IOF, Friedrich-Schiller-Universität Jena, and Kungliga Tekniska Hoegskolan aims to move the scheme of ghost imaging from academic curiosity towards applications by extending the spectral range into the mid-infrared and by making it run on a scanning microscope system. The latest results and achievements from the FastGhost project will be presented and discussed.

Chairs:

• Dr. Wilhelm Kaenders, TOPTICA Photonics AG
• Dr. Frank Kühnemann, Fraunhofer-Institut für Physikalische Messtechnik IPM

Abstract:

Quantum sensing and quantum imaging use specifically prepared quantum states in atoms and solids or quantum mechanical properties of photons to develop novel measurement concepts and thus realise measurement methods with higher detection sensitivity, precision or significantly reduced complexity.

Thanks to these properties, the new generation of quantum sensors not only offer the prospect of added value for existing sensor applications, but also for opening up new disruptive fields of application. Well-known examples of the advanced state of development are, besides optical atomic clocks, atom-based magnetic field and acceleration sensors as well as optical measurement methods with entangled photons or "squeezed" light.

The session combines contributions from companies on cutting-edge developments of quantum sensors with insights into current research.

Chair:

• Dr. Fabio Scafirimuto, Quantum Education, Outreach and Workforce Development EMEA Team Lead – IBM Quantum

Abstract:

Abstract to follow

Chairs:

• Dr. Jürgen Stuhler, TOPTICA Photonics AG
• Dr. Ronald Holzwarth, Menlo Systems
• Florian Elsen, RWTH Aachen LLT, Fraunhofer-Institut für Lasertechnik ILT

Abstract:

Quantum technology experiments and applications place the highest demands on classical technologies, some of which are novel, robust, and optimized for the specific application. These key technologies enable the preparation, control, and readout of complex quantum systems and are a central building block for the establishment of a quantum ecosystem.

Among the key technologies are a variety of optical technologies such as lasers, photon sources, optical (measurement) systems or photonic integrated circuits. In addition to these, electronic components (detectors, timing units, modulators), cryogenics, and custom component fabrication are essential for the future implementation of quantum technology applications.

The session will provide an overview of recent developments in key technologies for quantum solutions.

Chairs:

• Prof. Andreas Tünnermann, Fraunhofer-Institut für Angewandte Optik und Feinmechanik IOF
• Dr. Bettina Heim, OHB
• Dr. Felix Wissel, Deutsche Telekom Technik GmbH

Abstract:

Quantum computers will be able to break established asymmetric cryptographic algorithms in the near future. This means that secure key exchange for protected symmetric communication is no longer guaranteed. Quantum cryptography or quantum key distribution (QKD) offers an alternative solution and, together with established cryptographic methods and/or post-quantum cryptography, allows for "quantum-safe" information transmission.

Quantum communication involves the transmission of quantum states between two or more points. In this process, photons, tiny units of light, serve as information carriers and can be distributed via fiber or free space, earthbound or by satellite. QKD is a promising and well-established application of quantum communications. (Fiber-based) QKD systems have been on the market since decades and pan-European and international programs aim to further increase technological maturity and to enable integration into existing infrastructures. Commercial, public, and governmental users have recognized the need to move to quantum-safe techniques, e.g. through development and deployment of a European Quantum Communication Infrastructure (EuroQCI) by the European Commission and ESA, in space, and through the interconnection of parallel evolving national QKD infrastructures.

Industrial implementation requires the coordination of players from areas such as classical cryptography, system security and integration, component manufacturing, and network operation. In Germany, the “Deutscher Industrieverbund für Quantensicherheit (DIVQSec)” was founded for this purpose, promoting a national value chain.

This application panel combines an introduction to quantum communication with application-oriented contributions from research and industry.

Chairs:

• Dr. Tatjana Wilk, Munich Center for Quantum Science and Technology
• Dr. Fabio Scafirimuto, Quantum Education, Outreach and Workforce Development EMEA Team Lead – IBM Quantum

Abstract:

The field of quantum technology is growing very rapidly and with it the industry demand for quantum experts. Different roles have to be filled and consequently graduates with a broad range of profiles are needed. In addition to a fundamental understanding of physics and quantum effects, knowledge of engineering and computer science are essential to successfully develop new products and applications. As a result, new tailored degree programs at the intersection of these disciplines have been launched at many universities around the world. Companies are also interested in overcoming the gap between theoretical knowledge and a practical skills set, and therefore are heavily investing in trainings and other educational offers. Other initiatives include targeted training programs for professionals, extra curriculum courses for high school students, and many more. To increase the awareness among the general public and reduce possible misconceptions, broad public outreach programs are growing alongside the other developments.