"Quantum algorithms: status and prospects" by Professor Nikolaj Zinner
The usefulness of quantum computing is often considered well-understood from a theoretical point of view. Textbooks will tell you a lot about certain tasks that a quantum computer may be better at than its classical counterpart. Finding a good 'use case for a quantum computer is, however, not that simple. In this talk, I will give some examples of 'classical' quantum algorithms, and discuss the current status of their usefulness. I will then try to convey my take on promising near- and long-term use cases, and give some examples of recent work in both theoretical and practical quantum computing.

Info about event
Time
Location
iNANO Aud (1592-012)
Organizer
QUBITS format
45-minute talk followed by refreshments and informal discussions.
About the speaker
Professor Nikolaj Zinner (Department of Physics & Astronomy, Kvantify) is a prominent researcher in quantum technology and theoretical physics. His work focuses on quantum many-body systems, quantum simulations, and quantum computing. As a co-founder of the quantum startup Kvantify, he is actively involved in translating cutting-edge quantum research into real-world applications. His research contributes to the development of quantum algorithms and quantum simulations, with potential transformative impacts on industries such as drug discovery, logistics, and material science."
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