I have been away for a couple of months. In that time my co-author on the book, Leonard Susskind, and I have been working on the final draft of our book THEORETICAL MINIMUM: Claswsical Mechanics and hope to have it done in a few weeks.
MAST is working on developing education modules for basic science.
I have had a paper on numerical modeling of the diffusion equation accepted for publication in The Mathematica Journal.
I will be working on the show The Wonders of Physics this year.
I will be doing more in the coming days.
Showing posts with label Numerical Methods. Show all posts
Showing posts with label Numerical Methods. Show all posts
Saturday, October 1, 2011
Friday, October 15, 2010
Some Recent Papers on Theoretical Physics and Mathematical Physics
1) Gary Horowitz, Surprising Connections Between General Relativity and Condensed Matter,
My only objection to this paper is that it seems to be tied to anti-deSitter space (AdS). Proving things in AdS may be easier than proving them in general relativity (AdS is essentially general relativity with a negative cosmological constant), but it cannot gaurantee applicability to the real world (since we seem to have a positive cosmological constant). The paper seems to rely on an observation that black holes in AdS behave like thermal systems of one dimensional lower, and that the string theory/holographic principle of black holes allows you to extract features from general relativity that look a lot like superconductivity.
2) Geoffrey Lovelace, Mark. A. Scheel, Bela Szilagyi, Simulating merging binary black holes with nearly extremal spins,
This fascinating paper describes the merger of two rapidly rotating black holes.
My only objection to this paper is that it seems to be tied to anti-deSitter space (AdS). Proving things in AdS may be easier than proving them in general relativity (AdS is essentially general relativity with a negative cosmological constant), but it cannot gaurantee applicability to the real world (since we seem to have a positive cosmological constant). The paper seems to rely on an observation that black holes in AdS behave like thermal systems of one dimensional lower, and that the string theory/holographic principle of black holes allows you to extract features from general relativity that look a lot like superconductivity.
2) Geoffrey Lovelace, Mark. A. Scheel, Bela Szilagyi, Simulating merging binary black holes with nearly extremal spins,
This fascinating paper describes the merger of two rapidly rotating black holes.
Subscribe to:
Posts (Atom)