University of Birmingham > Talks@bham > Physics and Astronomy Colloquia > Quantum Entanglement + Deep Learning = Gravitational Waves + Cosmography

Quantum Entanglement + Deep Learning = Gravitational Waves + Cosmography

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The recent pile of black hole mergers has signaled the birth of gravitational astronomy. Just as the Jyotisha and Gan De eventually lead to Galileo, we too can look forward to dramatic improvements in what is measurable with gravitational waves. I will describe how we can utilize coherent quantum feedback to bypass the Poisson limits in interferometry, and modern neural networks to remove terrestrial interference. This imminent increase in our astrophysical reach should allow for high precision probes of black hole horizons and high fidelity maps of the shape of the universe.

This talk is part of the Physics and Astronomy Colloquia series.

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