Speaker
Description
The optimized and efficient control of experimentally realized quantum systems is becoming increasingly crucial in the current era of quantum science and technology. Progress in fields like quantum computation, simulation, cryptography, sensing, or metrology depends strongly on the precise preparation, control, and understanding of quantum systems. At the same time, artificial intelligence has demonstrated remarkable success across a wide range of applications, including both classical and quantum physics. In this talk, I will show how artificial intelligence can optimize the control of quantum experiments, enable efficient evaluation of experimentally prepared states, and uncover detailed insights into quantum many-body physics. By highlighting the strengths of different artificial intelligence algorithms for specific tasks, I will illustrate how harnessing artificial intelligence opens new opportunities for control and discovery in quantum research.
| Keyword-1 | Artificial Intelligence |
|---|---|
| Keyword-2 | Quantum Science and Technology |