Many-Body Quantum Systems: Quantum Computing, Simulation, Sensing, and Emerging Platforms

Quantum information science has made remarkable strides, with transformational breakthroughs in even the last five years. Quantum computers are becoming increasingly powerful, and companies and researchers are exploring their potential for solving complex problems, having now demonstrated first results that go beyond the capabilities of classical simulators. Despite these advances, critical challenges remain between present capabilities and transformative, fault-tolerant quantum computing: development of error correction codes to mitigate the effects of decoherence; development of scalable hardware architectures; and even discovery of algorithms that efficiently leverage quantum advantage. Furthermore, establishing practical quantum networks requires further exploration.

This GRC aims to convene experienced and early-career researchers from both academic and industrial backgrounds, fostering discussions, idea exchange, and the juxtaposition of theoretical advancements with experimental achievements. it will encompass a diverse range of topics, spanning novel approaches to fundamental principles, quantum dynamics, and information scrambling. It will delve into innovative applications of quantum advantage and the integration of quantum computers with quantum materials. Advances in quantum metrology and sensing will be highlighted, alongside discussions on emerging applications and platforms in quantum science and simulation.