Advanced Theoretical Physics II: Quantum Information Theory, Complexity, Gravity and Black Holes

Lecture

Main Campus

Course Description

This course will cover the developing intersection between quantum information theory and the quantum theory of gravity. We will focus on the central roles of entanglement and computational complexity in black hole physics.

PHYSICS 451

Units: 3

See When It's Offered

Typically Offered

Winter

Grading Basis

Letter or Credit/No Credit

Class Level

Graduate

Instructional Mode

In Person

Gen Ed Requirement(s)

None

Additional Information

Enrollment Requisites
Specific requirements or conditions that must be completed before or at the same time as you enroll.
Recommended Preparation
Courses, skills, or experiences that are suggested to help students succeed, but are not required for enrollment.
Rules
Specific policies or restrictions that apply to this course.

Advanced Theoretical Physics II: Quantum Information Theory, Complexity, Gravity and Black Holes

Course Description

Typically Offered

Grading Basis

Class Level

Instructional Mode

Gen Ed Requirement(s)

Additional Information

Enrollment Requisites

Prerequisite

Recommended Preparation

Prerequisite

Rules

Repeat Rules

Advanced Theoretical Physics II: Quantum Information Theory, Complexity, Gravity and Black Holes

Course Description

Typically Offered

Grading Basis

Class Level

Instructional Mode

Gen Ed Requirement(s)

Additional Information

Enrollment Requisites

Prerequisite

Recommended Preparation

Prerequisite

Rules

Repeat Rules