Track 1

Hans Henrik Knudsen, CEO & Co founder, Kvantify Arne-Christian Voigt, Future Research, Volkswagen Group Moderator: Yuval Boger, CMO, QuEra

Frank Phillipson, Professor, TNO

Material ageing is a crucial issue in industries, even more when it comes to provide millions of people in sustainable energy. Simulation of materials plays a central part of understanding and forecasting defects, but some limitations remain with classical methods (paramagnetism, strongly correlated materials). In this talk, we present a method to simulate strongly correlated […]

Subsurface imaging is top-five HPC application world-wide. The process involves solving a wide range of optimization problems. Here we present our journey towards productionizing quantum annealing enabled shallow subsurface anomaly estimation and our goal of processing 1TB of field seismic data by the end of 2024. Marcin Dukalski, Senior Researcher/Quantum Technologies Team Lead, Aramco Research […]

Ricardo Garcia, Quantum Computing Developer, Moody's Analytics

The aim of the speech is explaining why Financial Service industry should take care of Quantum Computing, while giving an overview of what Intesa Sanpaolo is doing and organizing to deal with it. Davide Corbelletto, Quantum Technology Specialist, Intesa Sanpaolo

The QuanTeam from Erste Group Bank will show several banking use-cases -- such as Monte-Carlo simulations, customer feature selection for data science, emission allocation for green asset screening -- which have been built with quantum components and are already part of Erste Group Bank day-to-day business. An overview of our quantum activity landscape, as well […]

Simulation of quantum circuits on classical computers is an extremely challenging problem due to large memory and computing requirements. Hyperion is a high-performance quantum simulator which can be used to address quantum chemistry problems beyond minimal basis set using the state-of-the-art GPUs. Evgeny Posenitskiy, R&D Software Engineer, Qubit Pharmaceuticals

In this presentation, we delve into the use of quantum kernels for data analysis in the health sciences. We address the critical issue of reproducibility inherent in quantum kernels and discuss the challenges of variability posed by small datasets. Our exploration aims to provide insights into and potential solutions for these challenges within the realm […]

In this talk I will give an overview of how Covestro, a global high performance polymer chemistry company, is approaching quantum computing for digital R&D and present recent works with QC Ware and Google on much more efficient ways of encoding and measuring electronic structure Hamiltonians, new ways of including dynamic correlation effects by using […]

Houlong Zhuang, Assistant Professor, Arizona State University

Aerospace is an industry characterised by vast amounts of data, often requiring rapid analysis to accurately predict any abnormal behavior. This talk will delve into quantum-enhanced anomaly detection, employing various quantum-enhanced neural networks for analyzing such aerospace data and predicting anomalies. It will shed light both the potential advantages and disadvantages of utilising quantum-enhanced methods […]

Quantum computing is a breakthrough science and technology solo star, but its true power lies in partnering with supercomputing. In this presentation, I’ll highlight LRZ’s multi-dimensional efforts to provide, merge and optimize various quantum accelerators into HPC workflows and into HPC centers. This includes insights into the development of the Munich Quantum Software Stack and […]

This talk highlights the integration of quantum computers with HPC across Europe, a key initiative of the European Commission with EuroHPC JU. We will explore the deployment of the quantum computers in major European supercomputer centers, emphasizing the diversity in quantum technologies and their potential applications. Oscar Diez, Head of Quantum Computing, European Commission