Sean P. Robinson

Updated May, 2008.


Photo by Heather Williams

I am a theoretical particle physicist with very broad interests across physics and other sciences. As of July, 2007, I am a Technical Instructor in the Department of Physics here at MIT. For the Fall 2007 semester, I am an instructor in Junior Lab (yes, that's experimental physics) and 8.01, aka Introduction to Newtonian Mechanics. Previously (June 2005-June 2007) I was employed in the construction of a mid-sized facility for research, education, and administration for the MIT Physics Department, known variously as the PDSI project or the Green Center for Physics. That was a great challenge and I enjoyed the work, but I'm happy to be a scientist and a teacher again.

I do still get some research done on the side.

There is some interest in my Ph.D. thesis (MIT Physics, 2005). Find it here or here.

Here is my Ph.D. lineage. I have an Erdos number of 4. Here are my publications and preprints. Here is a PDF of my comprehensive CV (as of 05/08/08), with research and teaching statements. "Comprehensive" means this has way more information than I would send out with an actual job application, but presumably since you've come here, rather than me coming to you, you might be interested in the whole package.

I will turn 1 billion seconds old on July 20, 2009.

Research interests:

  • Quantum Field Theory
  • General Relativity
  • GR as an effective field theory
  • Semiclassical gravity / QFT in curved spacetime.
  • Quantum black holes
  • Quantum anomalies

    Other Physics interests (someday research interests):

  • Casimir effects, and QFT in non-trivial backgrounds in general.
  • Quantum computer algorithms
  • Spacetime swimming.
  • Topological Quantum Computing, theory and experiment
  • Asymptotically safe quantum field theories.
  • Field strength cutoff renormalization group.
  • The Atomic/Condensed Matter Physics merger, theory and experiment.
  • applications of General Relativity methods to Atomic/Condensed matter, and vice-versa
  • Biophysical dynamics of prion diseases, aka "How Now Mad Cow?"
  • Stat mech / network applications to cognitive science, in particular to questions of consciousness/awareness in general anesthesia, autism, and the like.
  • Most of physics. Astrophysics. Cosmology. Particle Physics. Nuclear Physics. Statistical Physics. Stringishly Theory. Nonlinear dynamics. Energy/Environment issues. Etc.

    PDSI, Dept of Physics, Green Center for Physics, Curriculum Vitae, lineage, SPIRES.

    Other things that are important:

    Photo by Justin Knight
    Sean, Jamie, Anna (age 4), and Alexander (age 1) at the 2006 MIT Physics Fall Reception.

    I used to live here (1995-1999) and am proud of it. I like judo and wrestling.

    Here's what I've been listening to lately:

    Here is what banditos have to say about all this.

    MIT
    Don't I find the official MIT logo somewhat embarrassing? Why, yes I do.

    Email me.
    Last modified: Mon May 12 17:53:07 Eastern Daylight Time 2008