Skip to content

Physics & Computation Blog Post Round-up

March 30, 2019

In the Fall, Boaz and I co-taught a grad seminar on physics and computation (see here for some of the original press coverage). We were lucky to attract an intrepid group of students from multiple fields, with representatives from computer science, physics, math and biology. As part of the course, we asked our students to give presentations and write expository blog posts on a number of topics at the intersection of computation and physics, including algorithms from statistical physics, quantum area laws, and the firewall paradox. The students worked hard to produce posts that make the physics concepts accessible to a computer science audience, and the result is a nice collection of posts that create a “bridge” from CS to physics.

Here, the aim is to give a (long overdue) table of contents for their posts. Followers of the blog may have noticed a landslide of physics & computation posts around December and January; if you weren’t able to keep up with them all at the time, then here they are, rounded up and organized by topic.

Statistical Physics

Background and intro to phase transitions:

Algorithms from statistical physics: belief propagation and approximate message passing:

Informational and computational phase transitions:

Proving the existence of phase transitions:

 Using convex relaxations to approximate partition functions:

Quantum Computation

Background on Quantum Hamiltonians and tensor network representations:

Area laws:

Quantum algorithms:

Quantum games and quantum PCPs:

Quantum supremacy:

Quantum error correction:

Black Holes and the Firewall Paradox

(See also Boaz’s introductory post)

Background on black holes and the Firewall Paradox:

Firewall Paradox meets Computational Complexity:

One Comment
  1. April 11, 2019 11:12 am

    An impressive collection! BTW I have talked to some serious physicists who think the Black Hole paradox may not be a paradox at all. They explained why, though I am expert enough to reproduce their explaination. Somehow I had not seen this discussed in the popular media coverage…

    But thanks for all the work!

Comments are closed.

%d bloggers like this: