Dive into the fascinating world of quantum computation in this 42-minute ACM conference talk. Explore key concepts such as local Hamiltonians, entropy, and terminology while gaining insights into prior works and methodologies in the field. Engage with an interactive problem-solving session led by Luke Shaefer, and discover historical results that have shaped quantum computation. Gain a comprehensive understanding of this cutting-edge topic, from its foundational principles to its latest developments and future implications.
Overview
Syllabus
Intro
Local Hamiltonians
Entropy
Terminology
Prior Works
Method
Questions
Luke Shaefer
Interactive problem
Question
Conclusion
Historical results
Taught by
Association for Computing Machinery (ACM)
