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8:30
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Welcome Address
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8:45
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Matteo Cantiello
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The physics of stellar angular momentum transport in massive stars
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A,
pdf
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9:15
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Sam Jones
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The progenitors of electron-capture supernovae
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A,
pdf
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9:45
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Jim Fuller
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The spin rate of pre-collapse stellar cores: wave driven angular momentum transport in massive stars
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A,
pdf
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10:00
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Schuyler van Dyk
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Direct Identification of Core-Collapse SN Progenitors
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A
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10:15
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Poster Ads
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10:20
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Coffee Break
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11:00
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Maria Drout
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Probing the Extremes of Pre-SN Mass-Loss
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A
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11:15
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Hans-Thomas Janka
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Three-dimensional Core-Collapse Simulations by the
Garching Group: The Route to Explosions
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A,
pdf
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11:45
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Kei Kotake
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Multi-D Core-Collapse Supernova Models and the Multi-
Messenger Signatures
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A,
pdf
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12:15
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Rodrigo Fernandez
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SASI- and Convection-Dominated Explosions in 3D |
A,
pdf
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12:30
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Poster Ads
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12:35
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Lunch: food available in the hearth
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2:00
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Kate Scholberg
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Supernova Neutrino Detection
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A,
pdf
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2:30
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Irene Tamborra
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Recent developments on hydrodynamical instabilities and
neutrinos in 3D
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A,
pdf
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3:00
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Charles Horowitz
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Simulating the supernova neutrinosphere with heavy ion collisions
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A,
pdf
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3:15
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Marek Szczepanczyk
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Core-Collapse Supernova Science with Advanced LIGO and Virgo
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A,
pdf
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3:30
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Poster Ads
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3:35
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Break
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4:15
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Stephan Geier
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Hot subdwarf stars and their connection to thermonuclear supernovae
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A
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4:45
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Tuguldur Sukhbold
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Unraveling the non-monotonicity of pre-supernova evolution and its implications
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A,
pdf
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5:00
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Ilka Petermann
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Evolution of massive single and binary stars - their fate and remnants
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A,
pdf
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5:15
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Yudai Suwa
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Progenitors, Supernovae, and Neutron Stars
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A,
pdf
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5:30
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Katsutoshi Takaki
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Remarkable Photometric and Spectroscopic Features in Recent Type Ib Supernovae
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A,
pdf
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5:45
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Ryosuke Hirai
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Ejecta-Companion Interaction in iPTF 13bvn
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A,
pdf
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6:00
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Leah Huk
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Modeling Spectropolarimetric Interaction Between Type IIn SNe and Distributed Emission Sources
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A
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6:15
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Reception in the hearth with poster viewing
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8:45
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Raffaella Margutti
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Fully successful, failed or barely failed: the fate of jets trying to break through their stellar progenitors
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A,
pdf
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9:15
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Robert Quimby
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Superluminous Supernovae
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A,
pdf
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9:45
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Alexandra Kozyreva
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Can we really see pair-instability supernovae?
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A,
pdf
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10:00
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Emmanouil Chatzopoulos
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Powering Superluminous Supernovae: Simulations and model comparisons
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A,
pdf
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10:15
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Poster Ads
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10:20
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Coffee Break
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11:00
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Anna Frebel
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Hunting the first generations of stars and galaxies
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A,
pdf
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11:30
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Evan Kirby
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Old Stars as Chemical Tracer Particles
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A,
pdf
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12:00
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Jeremy Ritter
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Hydrodynamical Biases in Chemical Enrichment by
Supernovae
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A
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12:15
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Brian Fry
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Supernova Shrapnel: Interpreting the Pieces of a Nearby Star
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A
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12:30
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Poster Ads
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12:35
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Lunch: food available in the hearth
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2:00
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Laura Lopez
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Dissecting Supernova Remnants to Probe Progenitors and Explosion Mechanisms
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A,
pdf
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2:30
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Jeno Sokoloski
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Novae as Mini-Supernovae: Particle Acceleration and Gamma-Ray Production in Nova Shocks
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A
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3:00
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Chiara Biscaro
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Dust formation and processing in the clumpy supernova remnant Cassiopeia A
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A,
pdf
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3:15
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Jeonghee Rho
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Cold Dust and Ejecta in Young Supernova Remnants with Herschel
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A,
pdf
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3:30
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Poster Ads
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3:35
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Break
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4:15
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Isabelle Cherchneff
vs.
Davide Lazzati
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Are supernovae net dust factories or destroyers?
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6:00
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Reception in the hearth with poster viewing
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8:45
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Ivo Seitenzahl
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Modelling thermonuclear supernovae from di erent progenitor systems - explosion simulations, nucleosynthesis, observables
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A,
pdf
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9:15
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Michael Zingale
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Modeling the Early Phases of Type Ia Supernovae
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A,
pdf
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9:45
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Rosanne Di Stefano
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All in the Family: Discovering the Natures of Type Ia Progenitors by Identifying Close Cousins
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A
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10:00
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Kuo-Chuan Pan
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Multi-Dimensional Core-Collapse Supernova
Simulations with the IDSA
for Neutrino Transport
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A,
pdf
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10:15
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Coffee Break
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11:00
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Evan O'Connor
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Multidimensional Core-Collapse Simulations in FLASH
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A,
pdf
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11:30
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William Raph Hix
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Multidimensional Simulations of Core-Collapse Supernovae and the Implications for Nucleosynthesis
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A,
pdf
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12:00
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Bernhard Mueller
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Multidimensional Instabilities in Core Collapse Supernovae Revisited
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A,
pdf
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12:15
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Grant Williams
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Probing the Three Dimensional Nature of Supernovae;
Results from the Supernova Spectropolarimetry Project
(SNSPOL)
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A,
pdf
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12:30
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CoSMS presentation
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12:35
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Lunch: food available in the hearth
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2:00
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Brian Morsony
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The Supernova-GRB Connection
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A,
pdf
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2:30
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Rodolfo Barniol Duran
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Radio rebrightening of the GRB afterglow by the accompanying supernova
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A
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2:45
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Christopher Irwin
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GRB 060218: Towards a Unied Model for the Weakest Engine-Driven Explosions
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A,
pdf
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3:00
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Dan Kasen
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TBA
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A
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3:30
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Jochen Greiner
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A very luminous magnetar-powered supernova associated with an ultra-long Gamma-Ray Burst
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A
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3:45
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Break
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4:30
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Peter Brown
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The Ultraviolet Diversity of Type Ia Supernovae
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A
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4:45
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Andrew Quick
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Ultraviolet Properties of Type II-P Supernovae
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A,
pdf
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5:00
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Glenn Allen
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Vela Jr.: Then and There
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A,
pdf
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5:15
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Brian Williams
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SNR G284.3-1.8 and the High-Mass Gamma-Ray Binary 1FGL J1018.6-5856
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A,
pdf
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5:30
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Tea Temim
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Evolution of the Composite Supernova Remnant G327.1-1.1
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A,
pdf
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5:45
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Katie Auchettl
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The multiwavelength analysis of SNR MSH 11-61A
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A,
pdf
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7:00
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Conference Dinner at Talley Student Center
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8:45
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Carles Badenes
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The Supernova Remnant View of Type Ia SN Progenitors
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A,
pdf
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9:15
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Kate Maguire
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Constraining Type Ia supernova progenitors and diversity using spectroscopic observations
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A,
pdf
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9:45
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Ken Shen
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Do double degenerate double detonations drive destructive dwarf death?
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A,
pdf
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10:00
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Wolfgang Kerzendorf
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Companions of Supernovae
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A,
pdf
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10:15
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Coffee Break
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11:00
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Shinya Wanajo
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Nucleosynthesis with multi-dimensional supernova models
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A,
pdf
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11:30
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Austin Harris
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Predicting nucleosynthesis observables in CCSNe with self-consistent simulations
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A,
pdf
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Brian Grefenstette
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X-ray and gamma-ray observations of supernova explosions and remnants
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A,
pdf
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12:15
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Jeremiah Murphy
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Conditions for Explosion
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A,
pdf
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12:45
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Lunch: food available in the hearth
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2:15
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Jeffrey Silverman
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Observations of Type Ia Supernovae Strongly Interacting with Their Circumstellar Medium
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A,
pdf
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2:45
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Laura B Chomiuk
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Novae with Giant Companions: Circumstellar Interaction in our Galactic Backyard
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A
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3:00
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Michael T Smitka
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Ultraviolet-Optical Spectra and Photometry of the 1999aa-like Supernova iPTF14bdn
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A,
pdf
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3:15
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Broxton J Miles
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Dependence of Light-curves and Spectra on Metallicity in Type Ia Supernova Models
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A,
pdf
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3:30
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Break
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4:15
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Jim Fuller
Kei Kotake
Tassos Fragkos
Matteo Cantiello
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Panel Discussion: Rotation in massive stars
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7:30
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Science Cafe'
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Anna Frebel at the NC Museum of Natural Sciences
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Link
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8:45
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Christopher Kochanek
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Discovery of a Failed Supernova Candidate with the Large Binocular Telescope
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A
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9:15
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Brad Tucker
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KEGS - The Kepler Extra-Galactic Survey
|
A,
pdf
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9:30
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Armin Rest
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An Astronomical Time Machine: Light Echoes from Historic Supernovae and Stellar Eruptions
|
A,
pdf
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10:00
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Melissa Graham
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Kiloday Spectroscopy of Type Ia Supernovae
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A,
pdf
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10:15
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Coffee Break
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11:00
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Jeremy Holt
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Microscopic equation of state and neutrino response from chiral effective field theory
|
A,
pdf
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11:30
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Brian Metzger
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Electromagnetic Signatures of Neutron Star Mergers
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A,
pdf
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12:00
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Tassos Fragkos
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Understanding supernova kicks and black-hole spins in Galactic X-ray binaries
|
A
pdf
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12:15
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Remi Kazeroni
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Are pulsars spun up or down by the spiral modes of SASI
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A,
pdf
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12:30
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Somebody with wisdom
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Closing remarks: Where we answer the question of whether we're crazy enough to ever do this again
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Scott Adams
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Are SN 2008S-like Events Supernovae?
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pdf
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B. Barna
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Detectionof C III intheType Ia SN 2010kg
|
pdf
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Avishai Gilkis
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Angular Momentum Fluctuations in
Helium Shell of a CCSN Progenitor
|
pdf
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Matthew Goodson
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Comparing sub-grid turbulence models
|
pdf
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Or Graur
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Late-time photometry of type Ia supernova SN2012cg reveals the
radioactive decay of 57Co
|
jpg
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Or Graur
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Correlations between supernova rates and galaxy properties:
an explanation for type Ia and type II supernovae
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jpg
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Adam Jacobs
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Bulk Properties and Ignition in Simple Models of Double Detonation Type Ia Progenitors
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pdf
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Kuo-Chuan Pan
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Search for Surviving Companions in
Type Ia Supernova Remnants
|
pdf
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Donald Willcox
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A Comparison of Type Ia Supernovae with C-O and Hybrid C-O-Ne White Dwarf
Progenitors
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pdf
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Manos Zapartas
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What is the impact of binarity
on the core collapse supernovae?
|
pdf
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