Short GRB Workshop: Participants and Talks


Name Institute E-Mail-Address Title of Talk
Aloy, Miguel Univ. de Valencia miguel.a.aloy@uv.esHow does a short GRB look like when seen off-axis?
Aufmuth, Peter AEI, Golm peter.aufmuth@aei.mpg.de Gravitational Waves and Gamma-Ray Bursts
Baiotti, Luca AEI, Golm baiotti@aei.mpg.de Neutron-star collapse
Bauswein, Andreas MPA bauswein@mpa-garching.mpg.de No talk
Belczynski, Chris New Mexico State Univ. kbelczyn@nmsu.edu Double compact object mergers: short-hard GRBs and gravitational-wave signals
Berger, Edo Carnegie Observatory eberger@ociw.edu The Host Galaxies and Host Clusters of Short GRBs: Constraints on the Progenitor Age Distribution
Birkl, Reiner MPA rbirkl@mpa-garching.mpg.deAnalysis of the Neutrino-Antineutrino Annihilation near Accreting Stellar Black Holes
Buehrke, Thomas MPA Thomas.Buehrke@t-online.de Journalist/No talk
Celotti, AnnalisaSISSA, Italy celotti@sissa.it Energetics - Spectral correlations vs the BATSE Gamma-Ray Bursts population
Daigne, Frederic IAP, Paris daigne@iap.fr Can GRB afterglows come from the reverse shock ?
de Ugarte Postigo, Antonio Granada deugarte@iaa.es GRB 060121: Implications of the first short burst detected at high redshift
Dewi, Jasinta Cambridge jasinta@ast.cam.ac.uk Short GRBs from double neutron star mergers
Gehrels, Neil NASA/GSFC gehrels@milkyway.gsfc.nasa.gov Short GRB Parameter Distributions Relevant to Models
Giacomazzo, Bruno AEI Potsdambgiacoma@aei.mpg.deWhiskyMHD: a new numerical code for general relativistic magnetohydrodynamics
Giannios, Dimitrios MPA giannios@mpa-garching.mpg.deThe prompt emission mechanisms for GRBs
Hartmann, Dieter Clemson hdieter@clemson.edu Gamma-Ray Bursts as Cosmological Probes
Janka, Hans-Thomas MPA thj@mpa-garching.mpg.de No talk
Kann, David Alexander TLS, Tautenburg kann@tls-tautenburg.de The Afterglows of Short and Long Gamma-Ray Bursts - a comparison
King, Andrew Leicester Univ. ark@astro.le.ac.uk Models of Short Bursts
Kirk, John MPI f. Kernphysik, Heidelberg john.kirk@mpi-hd.mpg.de Magnetic field amplification in GRB shocks
Klose, SylvioTLS, Tautenburg klose@tls-tautenburg.de Short bursts - an observational challenge
Kowalski, Marek Physik, HU Berlin Marek.Kowalski@physik.hu-berlin.de GRBs, Neutrinos and IceCube
Kulkarni, ShriCaltechsrk@astro.caltech.eduT.B.D.
Kuntal, Mishra ARIES kuntal@aries.ernet.in No talk
Lattimer, James M. Stony Brook, New York lattimer@astro.sunysb.edu Observational constraints on neutron star structure and equation of state (EoS)
Lee, William UNAM, Mexico wlee@astroscu.unam.mx Dynamical evolution of hypercritical accretion flows
Li, Li-Xin MPA lxl@mpa-garching.mpg.de The Gamma-Ray Burst and Supernova Connection
Loeffler, Frank SISSA, Italy knarf@sissa.it No talk
Moller, Palle ESO pmoller@eso.orgNo talk
McBreen, Sheila MPE smcbreen@mpe.mpg.deNo talk
McKinney, Jonathan CfA, Harvard jmckinney@cfa.harvard.edu Magnetars as engine for GRBs
McLaughlin, Gail North Carolina Gail_McLaughlin@ncsu.edu Nucleosynthesis from Black Hole Accretion Disks
Nakar, Ehud Caltechudini@tapir.caltech.edu X-ray dark short GRBs - a suggestive evidence of explosions in the inter-galactic medium
O'Shaughnessy, RichardNorthwestern Univ. oshaughn@northwestern.edu Comparisons: binary compact object merger rate observations and predictions with short GRBs
Oechslin, Roland MPA roe@mpa-garching.mpg.de Gravitational wave radiation from merging neutron stars
Prakash, Madappa Ohio University prakash@harsha.phy.ohiou.edu The role of the EOS in binary mergers
Ramirez-Ruiz, Enrico UC Santa Cruz enrico@ucolick.org The Nature of the Elusive Progenitors of Short GRBs
Rantsiou, Emmanouela Northwestern emmanouela@northwestern.edu Relativistic SPH simulations of BH-NS mergers
Ruffert, Maximilian Univ. Edinburgh, UK m.ruffert@ed.ac.uk Numerical Simulations of Compact Binaries
Savaglio, Sandra MPE savaglio@mpe.mpg.de No talk
Schulze, Steve TLS, Tautenburg schulze@tls-tautenburg.de No talk
Thoene, ChristinaDARK cthoene.dark@gmail.comGRB 060505 - the mystery of a 4s burst without supernova
Zhang, Bing Univ. of Nevada, Las Vegas bzhang@physics.unlv.edu GRB 060614 and GRB classification
*to be confirmed