Realizing the power of quantum: Quantum technology will enable us to understand and improve our world through novel research methods. The simulation of particles, processes, and mechanisms at the quantum level can revolutionize materials science and may lead to breakthrough developments. The competencies of a wide variety of groups are pooled in various research projects to advance the entire field of research.

In the immediate vicinity of the current location of HQS Quantum Simulation in the Technologiefabrik Karlsruhe, the iWerkx innovation center is being built on the Hoepfner Areal. HQS will also move into office space in the state-of-the-art building complex in the new year.

Q2B, the premier conference for practical quantum computing, is bringing the quantum community together for the sixth year in a row. This year, the Silicon Valley edition is taking place in person at the Santa Clara Convention Center on December 6-8, 2022.
Dr. Michael Marthaler, HQS CEO and Co-Founder will give a presentation on Applications of quantum computing in spectroscopy on the 8 Dec, Hall A, 1:40 pm-2:00 pm.

HQS is committed to developing alternatives to variational algorithms. We want to share our progress with others and generate a whole new research direction on using quantum computers to simulate open quantum systems. To that end, we have published two papers that we hope will drive the whole field forward.

HQS invites you to attend on the online lecture “Quantum Computing: a future perspective for high energy physics” from Dr. Karl Jansen of Deutsches Elektronen-Synchroton DESY via Zoom on Friday, 18th November ‘22, at 1:00 pm: https://zoom.us/j/97712665926.

HQS Quantum Simulations will exhibit at the Supercomputing Conference 2022 between 14 and 17 November in Dallas, Texas, USA. The international Conference is the world’s largest marketplace for High Performance Computing (HPC).

For the past three years, startup HQS Quantum Simulations has been collaborating with science and technology company Merck. Together, the companies are exploring what are the most relevant quantum mechanical effects that can be value-added for a chemical company and that can be understood with NISQ computers.

A new collaboration between HQS Quantum Simulations GmbH and RMIT University’s Jared Cole aims to use quantum computers to improve the efficiency of organic solar cells.
Together, HQS and the RMIT team are aiming to bridge the gap from material development for improved organic solar cells to the quantum mechanical solution of the resonant transfer model.