Non-unitary gates in quantum algortihms: Overcoming the Barren Plateau Problem

Join us for an insightful webinar exploring the theoretical foundation behind the innovative software HQStage. We will delve into the use of non-unitary gates in quantum algorithms and how they an effectively tackle the barren plateau problem, a major challenge in optimising parameterised quantum circuits. This session is ideal for quantum computing enthusiasts and professionals eager to enhance their understanding of cutting-edge quantum algorithm design.

Please register here.
Deadline: 3rd October 24

More information:

HQS presents the Quantum Simulation Toolkit HQStage and its modules, from installation to impressive use cases, as well as practical tips and theoretical background on the quantum computing tools in a series of webinars.

This spring, HQS has introduced the cutting-edge Quantum Simulation and Quantum Computing Toolkit, HQStage. With its user-friendly installation and update function, as well as a diverse range of modular modules for analysis, modeling, and simulation, HQS offers a comprehensive toolkit for exploring material and molecular properties at the quantum level and studying quantum mechanical systems.

HQS now offers a comprehensive webinar programme. In introductory webinars on the use of HQStage, we provide a detailed overview from installation to features and interesting use cases. Following these introductory seminars, we will delve deeper into our software through in-depth webinars, titled “Non-unitary gates in quantum algortihms: Overcoming the barren plateau problem” and “HQStage: Maximizing the use for quantum simulation through AI assistance for model building,” respectively.

All webinars can be attended individually or in sequence, and participation is completely free of charge. We offer the introductory webinars on the installation and features as well as on the use cases of the HQStage Modules on two different dates, which can be followed live via Zoom without registration. For the extended Webinars on new paradigms in quantum computing and
modeling in quantum technologies, please register by the registration
deadline.