Rutgers University Department of Physics and Astronomy

NHETC at Rutgers Physics Department

Video and PDF files from the past NHETC Seminars

Archived Talks


Please notice that links from this page will allow you to watch videos of recoreded NHETC Seminars. List of seminars held during current semester can be accessed via Current Seminars . Not all of the Seminars are recorded, for technical reasons mostly. Seminars are also broadcasted, typically on Tuesdays, Eastern Standard Time 2:30 PM to 4:30 PM, via VRVS, who provides all of the software needed for joining/watching these broadcasts.

By clicking on the links below, you'll be provided following choices: RealPlayer fromat (*.rm) streaming video of the seminar for on-line watching and the PDF file of the transparencies for that particular talk (where available). (PLEASE ADJUST SOUND BOTH IN OS, REALPLAYER AND HARDWARE IF TOO LOW!).

We advise for RealPlayer usage as it provides you with the instant video stream, through which you can move forward and backward while watching, without any further delay. It also automatically adjusts quality of delivered video to your local capabilities (from modem to high bandwidth connections). PDF files of transparencies should provide you with clear view of the content, even when watching video over lower bandwidth. MPEG files are huge in size (order of 1 GB) and should be used to download if you want your own permanent record of that particular talk. They can be viewed only after you have downloaded them completely.

Requirements for RealPlayer video stream is any RealPlayer program on any platform equal or better than RealPlayer8 (see Real Networks for free downloads), including RealOne and RealG2... On Linux and Unix machines you need RealVideo9 codec installed (notice change codec filename to .tar and do tar xvf to extract). On Mac machines, proper plugins for Quicktime video will also allow you to see this content via Quicktime. Similarly, on any other platform any other Video software capable of displaying RealPlayer content can do the same job.

Suggestion for best results: Please check in RealPlayer (or similar software) that your settings correspond to the actual Internet Bandwith you have available, as that will guarantee you the best possible video reception. (If this setting is wrong, software may deliver you a poorer quality video, despite your capability to receive it better). In real player this setting is located at menu: Tools->Preferences->Connection. Bandwidth: Normal choice there should be set to the actual quality of your connection (ex. "modem" if you connect via modem, "DSL" if you connect via DSL, etc.).


RECORDED NHETC SEMINARS



Spring 2006

03/07/06, H.Verlinde, Open Strings and Particle Physics

03/21/06, M.Schmaltz, Conformal sequestering and hidden sector susy breaking

03/28/06, S.Sethi, From the Beginning to the end of Time

04/04/06, P.Langacker, Beyond the MSSM

04/11/06, R.Roiban, Perturbative Gauge Theories and Closed String Tachyons

04/18/06, S.Giusto, Dynamics of 2-charge microstates

04/25/06, L.Smolin, Emergence of the Standard Model Fermions from Quantum Geometry

05/02/06, D.Kaplan, Lattice Supersymmetry

05/09/06, L.Yaffe, Phase diagram of N=4 Super-Yang-Mills theory with chemical Potentials



Fall 2005

09/20/05, N.Seiberg, New Phenomena in 2d String Theory

10/25/05, M.Graesser, Towards a High Energy Theory for the Higgs Phase of Gravity

11/01/05, M.Luty, Naturalness and SUSY

11/08/05, D.Kutasov, New results on the string/black hole correspondence

11/15/05, E.Witten, Gauge Theory And Langlands Duality


Spring 2005

02/01/05, N.Arkani-Hamed, Predictive Landscapes and New Physics at a TeV

02/15/05, N.Berkovits, Superstring Quantization on Ad5xS5

02/22/05, P.Aspinwall, Computation of Superpotentials and A-infinity Algebras

03/01/05, J.Sparks, An Infinite Family of Superconformal Quiver Gauge Theories with Sasaki-Einstein Dual s

03/08/05, H.Nastase, Black Hole Production, the Froissart Bound, the Soft Pomeron and the RHIC Fireball from AdS-CFT

03/29/05, A.Kapustin, Generalized complex geometry and D-branes

04/05/05, D.Kutasov, Phases of Quantum Gravity in AdS3 and Linear Dilation Backgrounds

04/12/05, N.Lambert, Flux and Freund-Rubin Superpotentials in M-theory

04/19/05, V.P.Nair, Yang-Mils Theory in (2+1) Dimensions: Vacuum Wave Function, String Tension, etc.

05/03/05, R.Plesser, Coulomb Branch of GLSM and Localized Closed String Tachyons

05/17/05, M.Jackson, Detecting Cosmic Superstrings

2004

02/03/04, S.Cherkis, Deformations of N=4 Super Yang-Mills and Quantum Groups

02/10/04, A.Adams, Through (0,2) Looking Glass

02/17/04, N.Berkovits, Superstring Loop Amplitudes using the Pure Spinor Formalism

02/24/04, M.Becker, Moduli Stabilization in Weakly and Strongly Coupled Heterotic Theory

03/02/04, F.Cachazo, New Constraints on N=4 Super Yang Mill Amplitudes

03/09/04, V.Schomerus, Liouville Theory and Rolling Tachyons

03/23/04, A.Parnachev, Localized tachyons and D-branes

03/30/04, L.Rastelli, Open/closed duality in topological matrix models

04/06/04, D.Kutasov, UV/IR Mixing in Little String Theory

04/13/04, T.Takayanagi, Flux Backgrounds in 2D String Theory

04/20/04, Ami Hanany, Duality Walls In String Theory

04/27/04, Eva Silverstein, DBI in the Sky

05/04/04, Katrin Becker, Fluxes, Torsion and the Ground State of String Theory

05/11/04, John McGreevy, Supercritical Duals for Unstable Branes

05/18/04, Predrag Cvitanovic, Tracks, Lie's and Exceptional Magic


2003

10/28/03, A.Leclair, Russian Doll Renormalization Group Theory

10/30/03, M.Douglas, Statistics of String Vacua

11/04/03, J.Maldacena, Matrix models for Superstrings in less than three dimensions

11/18/03, A.Konechny, Type O Strings on a 2-D black hole

11/25/03, D.Martelli, Supersymmetric Geometries of M-Theory

12/09/03, S.Thomas, Conformally Seized Moduli Inflation

12/16/03, P.Fendley, Topological Field Theories and Conformal Quantum Critical Points

RECENT RECORDED NHETC SEMINARS



The development of our system for broadcasting seminars was supported by NSF grant DMS-0074177.


Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.


Please contact Dusan Maletic with any questions about this site.