Quantum gravity and matrix quantum mechanics.

Abstract: Space is widely believed to be emergent. That is, the fundamental degrees of freedom in quantum gravity are not geometrical. Due to holographic duality, we know that large N matrix quantum mechanics are microscopic models that can lead to an emergent space. However, in general these models are difficult to solve and for this reason we don’t really understand how this emergence works. I will describe two recent approaches to solving large N matrix quantum mechanics, one uses neural networks, while the other uses a “bootstrap” approach.

general relativity and quantum cosmologyHEP - theorymathematical physics

Audience: researchers in the topic

Latin American Webinars on Physics (LAWPhysics)

Series comments: The lawphysics is a webinar cycle created to connect physicists working on astroparticles, high energy physics, and astrophysics. Every webinar is broadcasted in youtube where they are always available for consulting and watching. The webinars take place every two or three weeks, on Wednesday at 15:00 GMT. The whole transmission lasts 60 minutes including questions and debates from the participants.

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