In the past few years, the field has seen the emergence of quantum programming frameworks these will be introduced with hands-on tutorials, giving further opportunity for algorithmic practice. Further topics include quantum fault-tolerance, which is crucial for realizing quantum software on noisy hardware. Based on this, the school will give a panorama of important algorithms and state-of-the-art applications of quantum computing - ranging from quantum simulation to optimization. We will start by introducing the mathematical model of quantum computers and fundamental concepts of computer science. The school’s lectures will be given by international experts at the forefront of quantum computing research. It is currently a major focus of university departments, leading technology corporations, and nation states - driven by the discovery of novel quantum algorithms and promising progress on quantum hardware. Quantum computing combines quantum physics and computer science into a new computing paradigm that promises to be fundamentally more powerful than any ordinary classical computer. This school will give an introduction to the theory of quantum computing. Important links: Official homepage, PDF program, □ YouTube Playlist □, □ Lecture Notes, Slides, References □. Organizers: Andris Ambainis (University of Latvia), David Gross (University of Cologne), Michael Walter (Ruhr University Bochum). Venue: Physikzentrum Bad Honnef, Germany. 2022 Bad Honnef Summer School on Quantum Computing
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