Can artificial intelligence and quantum field theory finally solve the mystery of gravity?
In short: Theoretical physicist Ross Jenkinson examines how two major revolutions in quantum physics have reshaped our understanding of the universe. This talk explores the potential for quantum computing and field theory to overcome the field's most significant hurdle: gravity.
Over the last century, quantum physics has undergone two transformative shifts that changed how scientists practice and interpret theoretical physics. Despite these advancements, fundamental questions remain unresolved. Ross Jenkinson discusses how modern tools, including quantum computing, are being applied to address these lingering gaps.
The discussion highlights the practical realities of operating within underground quantum laboratories. By bridging quantum field theory with computational power, researchers aim to reconcile quantum mechanics with gravity, a persistent obstacle in the field. The Royal Institution, a registered charity (number 227938), presents this look into the future of theoretical physics.
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- Summary by Intellect · source: Quantum field theory, AI, and the future of theoretical physics - with Ross Jenkinson
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