| Date | Event Type | Speaker | |
| 09/06/2023 | Informal Astro Talk | Taeho Ryu [ + ] | |
| 09/06/2023 | HEP Journal Club | [ + ] | |
| 09/06/2023 | HEP Seminar | Bobby Acharya [ + ] | |
| 09/06/2023 | Oral Defense | Jack Donahue [ + ] | |
| 09/07/2023 | Physics Dept Colloquium | Daniel Rokhsar [ + ] | |
| 09/11/2023 | CCPP Brown Bag | Michael Blanton [ + ] | |
| 09/12/2023 | Astro Seminar | Kaze Wong [ + ] | |
| 09/12/2023 | Informal HEP Talk | Tom Shachar [ + ] | |
| 09/12/2023 | Cosmic Happy Hour | Calvin Chen [ + ] | |
| 09/13/2023 | HEP Journal Club | [ + ] | |
| 09/13/2023 | HEP Seminar | Da Liu [ + ] | |
| 09/13/2023 | Meeting | Gaston Giribet [ + ] | |
| 09/14/2023 | Physics Dept Colloquium | Laure Zanna [ + ] | |
| 09/15/2023 | Informal HEP Talk | Gleb Aminov [ + ] | |
| 09/18/2023 | CCPP Brown Bag | Michael Blanton [ + ] | |
| 09/19/2023 | Astro Seminar | Nia Imara [ + ] | |
| 09/20/2023 | HEP Journal Club | [ + ] | |
| 09/20/2023 | HEP Seminar | Hirosi Ooguri [ + ] | |
| 09/20/2023 | CCPP Pheno Journal Club | [ + ] | |
| 09/21/2023 | Physics Dept Colloquium | Hiroshi Oguri [ + ] | |
| 09/22/2023 | ArXiv Discussion | Postdocs [ + ] | |
| 09/25/2023 | CCPP Brown Bag | Ahmed Almheiri [ + ] | |
| 09/25/2023 | Informal Astro Talk | Jordan Flitter [ + ] | |
| 09/26/2023 | Astro Seminar | Giulio Fabbian [ + ] | |
| 09/27/2023 | HEP Journal Club | [ + ] | |
| 09/27/2023 | HEP Seminar | Josh Foster [ + ] | |
| 09/27/2023 | Informal HEP Talk | Gabriele Rigo [ + ] | |
| 09/28/2023 | Informal Astro Talk | Christopher Tiede [ + ] | |
| 09/28/2023 | Physics Dept Colloquium | Miles Stoudenmire [ -- ] | |
| Title: Quantum Computing on Classical Machines with Tensor Networks Abstract: Quantum algorithms are sought after for their potential to outpace classical computing, but since the development of the first quantum algorithms almost 25 years ago, a new breed of classical algorithms has appeared that closely mimics quantum computers. These algorithms, based on tensor networks, provide scaling and capabilities similar to real quantum computers. Originally conceived for simulating small quantum systems or shallow circuits, in tensor networks can sometimes perform so well that they can even allow us to bring certain quantum algorithms back to the classical world, outperforming previously known classical algorithms on today's computers. After introducing tensor networks from a quantum computing perspective, I will discuss some recent efforts to simulate various quantum algorithms, ranging from random circuits to quantum simulations, and reflect on the what the results tell us about the boundary between classical and quantum computing. (4:00 PM - 5:30 PM, 726 Broadway, 940, CCPP Seminar) | |||
| 09/29/2023 | ArXiv Discussion | Postdocs [ + ] | |
| 09/29/2023 | HET Discussion Session | Zare [ + ] | |