ASU APS Research Highlights Series: William Munizzi - "The Structure of Stabilizer States" скачать в хорошем качестве

ASU APS Research Highlights Series: William Munizzi - "The Structure of Stabilizer States"

This video is the third in the ASU APS Research Highlights Series, where physicists at ASU give professionally recorded talks explaining their research in plain English. In this video, William Munizzi presents a talk entitled "The Structure of Stabilizer States." Munizzi is a 5th year PhD student in Dr. Cynthia Keeler's lab. His research focuses on mathematical models for quantum systems and their characteristic properties. Here, Munizzi discusses a recently completed project, "An Entropic Lens on Stabilizer States," which proposes a new method for analyzing and characterizing stabilizer quantum states and their properties. In the video, he introduces quantum information theory and quantum computing, explaining the concept of qubits and quantum gates. He then explores the use of reachability graphs to navigate the space of stabilizer quantum states and understand their entanglement entropies. Munizzi shows how larger-qubit systems have restricted graph structures that are combinations of smaller subgraphs and how these structures can be used to study the set of stabilizer states and the underlying properties of the Clifford group. Previous video in the series:    • ASU APS Research Highlights Series: Shep B...   Next video in the series:    • ASU APS Research Highlights: Mohamad Fazel...   Full playlist:    • ASU APS Research Highlights