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NEXT JOHNS HOPKINS WORKSHOP

Seoul 2013
New Perspectives in String Theory
June 19-22, 2013
2013 Johns Hopkins Workshop Information

The Johns Hopkins Workshops meet annually; they rotate among the participating Universities. The purpose of each workshop is to discuss outstanding issues in particle theory broadly interpreted. Topics can range from mathematical physics to cosmology. Typically, each workshop is restricted to one or two topics. Often, two topics to be discussed are chosen in such a way as to stimulate a dialog between two groups of physicists. Currently, the following Universities host the workshops: Chalmers University (Göteborg, Sweeden), Eötvös Loránd University (Budapest, Hungary), University of Florence (Florence, Italy), University of Heidelberg (Heidelberg, Germany), Johns Hopkins University (Baltimore, MD USA). (For a certain period, the Universities of Bonn (Germany) and Lanzhou (People’s Republic of China) also participated in the collaboration.)

In the permanent Organizing Committee each participating University is represented by two faculty members. The members of the Organizing Committee, often in consultation with an International Advisory Committee and local organizers, are responsible for the determination of the program of each forthcoming workshop.

 

The current members of the Organizing Committee are:

D.

Bak (U. of Seoul)

S.Katz (Budapest)
L.Brink (Chalmers)S.Kovesi-Domokos (Johns Hopkins)
R.Casalbouni (Florence)K.Melnikov (Johns Hopkins)
S.De Curtis (Florence)B.Nilsson (Chalmers)
P.Forgacs (KFKI/RMKI)A.Patkós (Eötovös)
M.Grazzini (Florence)T.Plehn (Heidelberg)
A.Hebecker (Heidelberg)S-JRey (Seoul Nat'l U)
M.Henningson (Chalmers)C.Wetterich (Heidelberg)
D.Kaplan (Johns Hopkins)  

Financial support for the workshops has been received from the following organizations:
(a link will be inserted here)

NEXT JOHNS HOPKINS WORKSHOP


372013

Seoul

New Perspectives in String Theory

PREVIOUS JOHNS HOPKINS WORKSHOPS


362012FlorenceUnderstanding the TeV Scale Through LHC Data, Dark Matter, and Other Experiments

35

2011

Budapest

AdS/CFT and it's Applications

342010

Baltimore

NEW COLLISIONS between THEORY and EXPERIMENT
332009GoteborgMaximal Supersymmetry
322008

Seoul

Perspectives in String Theory
312007HeidelbergPhysics at the LHC. A Challenge for Theory and Experiment
302006FlorenceWhere Do We Go from the Standard Model?
292005BudapestStrong Matter in the Heavens.
282004BaltimoreSuperspace, Hyperspace, Theory Space and Outer Space.
272003GoteborgSymmetries & Mysteries Of M-theory.
262002

Heidelberg

High Energy Reactions: from the Standard Model to String Theory, from Colliders to Cosmic Rays.
252001Florence2001: A Relativistic Spacetime Odyssey.
242000BudapestNon-Perturbative QFT Methods and Their Applications.
231999BaltimoreNeutrinos in the New Millennium.
221998GoteborgNovelties in String Theory.
211997LanzhouTopology in Particle and Field Theory.
201996

Heidelberg

Non-Perturbative Particle Theory and Experimental Tests.
191995BaltimoreParticles, Strings and Cosmology.
181994FlorenceTheory Meets Experiment.
171993BudapestParticles and the Universe.
161992GoteborgPathways to Fundamental Theories.
151991BaltimoreParticle Physics from Underground to Heaven.
141990HungaryNon-Perturbative Methods in Low Dimensional Quantum Field Theories.
131989FlorenceKnots, Topology and Quantum Field Theory.
121988BaltimoreTeV Physics.
111987LanzhouFrontiers In Particle Theory.
101986BonnInfinite Lie Algebras and Conformal Invariance in
Condensed Matter and Particle Physics.
91985FlorenceNew Trends In Particle Theory.
81984BaltimoreParticles and Gravity.
71983BonnLattice Gauge Theories, Supersymmetry and Grand Unification.
61982FlorenceLattice Gauge Theories, Supersymmetry and Grand Unification.
51981BaltimoreUnified Field Theories and Beyond.
41980BonnLattice Gauge Theories, Integrable Systems.
31979Florence 
21978Baltimore 
11974Baltimore 

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