about
The Hubble Deep Field South: Formulation of the Observing CampaignDiscovery of a supernova explosion at half the age of the UniverseMultiwavelength Analysis of the Intriguing GRB 061126: The Reverse Shock Scenario and MagnetizationProbing a Gamma-Ray Burst Progenitor at a Redshift ofz= 2: A Comprehensive Observing Campaign of the Afterglow of GRB 030226Evidence for Dynamically Driven Formation of the GW170817 Neutron Star Binary in NGC 4993GRB 030227: The first multiwavelength afterglow of an INTEGRAL GRBOptical and NIR observations of the afterglow of GRB 020813On the nature of nearby GRB/SN host galaxiesThe line-of-sight towards GRB 030429 at z $\mathsf{=2.66}$: Probing the matter at stellar, galactic and intergalactic scalesDiscovery of the near-IR afterglow and of the host of GRB 030528GRB 011121: a collimated outflow into wind-blown surroundingsThe blue host galaxy of the red GRB 000418A multi-colour study of the dark GRB 000210 host galaxy and its environmentThe bright optical afterglow of the long GRB 001007Strategies for prompt searches for GRB afterglows: The discovery of the GRB 001011 optical/near-infrared counterpart using colour-colour selectionBeppoSAX confirmation of beamed afterglow emission from GRB 990510The Great Observatories Origins Deep Survey: Initial Results from Optical and Near-Infrared ImagingVLT Spectroscopy of GRB 990510 and GRB 990712: Probing the Faint and Bright Ends of the Gamma‐Ray Burst Host Galaxy PopulationHubble Space Telescope Imaging of the field of GRB970508Infrared and Optical Observations of GRB 030115 and its Extremely Red Host Galaxy: Implications for Dark BurstsDiscovery of a supernova explosion at half the age of the UniverseWeak lensing from space I: instrumentation and survey strategyWide-Field Surveys from the SNAP MissionOverview of the SuperNova/Acceleration Probe (SNAP)The gamma-ray bursts GRB970228 and GRB970508: What have we learnt?The afterglow of GRB 130427A from 1 to 10^16^ GHzOn the Afterglow and Host Galaxy of GRB 021004: A Comprehensive Study with the Hubble Space TelescopeA possible bright blue supernova in the afterglow of GRB 020305GRB 020410: a gamma-ray burst afterglow discovered by its supernova lightAn integral field spectrograph for SNAPSNAP TelescopeSNAP telescope: an updateSNAP satellite focal plane developmentSNAP NIR detectorsSNAP: an integral field spectrograph for supernova identificationSNAP focal planeSNAP TelescopeA one-meter aperture wide-field camera for the Japanese exposure module on space stationA new analysis of the short-duration, hard-spectrum GRB 051103, a possible extragalactic soft gamma repeater giant flareA Deep Search with the Hubble Space Telescope for Late‐Time Supernova Signatures in the Hosts of XRF 011030 and XRF 020427
P50
Q29544215-72EEDAF0-3DE2-4206-AAEF-33C0A999DC03Q56267096-4F5EB968-4C32-4C63-9BE7-14CA0713F453Q56430188-03B7164B-4AD0-4F12-AEFC-850DF5B0A343Q56557289-7B3790A0-51A8-47BA-AF80-5F2FAE7CDCB8Q56865857-8A7B72D9-8343-4989-89BF-08215349659BQ57579783-9620C32C-A8B2-423C-BD7E-B5F56B3CD247Q57603020-0B233946-69B1-4EA7-8BDC-9443CBE9BD5DQ58059814-F34EA1E5-37A0-4324-A855-3603054B1522Q58059895-A065B16E-B6A9-4FC4-AC42-17768034B485Q58908899-39842C0F-8D1F-474B-9209-7326F550B794Q58908953-AF4FB1DC-529F-44E0-8A80-C91BA2C4CA4CQ58908959-A9E34BC2-1DC0-4CF9-8638-4D5E07F9913AQ58908982-A3C8C7AB-A80D-4210-9AB6-63D95A94409FQ58909004-07B13FB4-B49E-4729-87F3-1B6F1209DD1DQ58909011-03F21B65-9B56-441D-A831-9E937DFE7DF3Q58909041-255FCAD0-9950-400E-B162-E0F52D193598Q58909065-EFC16AA0-980D-4AF8-BB88-48584EA383C7Q58909066-6C9F6FC2-CC38-4583-A557-CAF7143048F1Q58909210-473B21C6-D42E-466F-B42F-68A4F8DE27C2Q58909519-5CA478A6-618A-4861-9AF1-65793F752CF0Q58984724-61865899-B601-4BAC-848E-1804BC2EC445Q59285137-BD7858AF-9DB3-4ECA-92FB-FA5FFA10709CQ59285142-B9B8A2D4-A731-45B5-94BA-2E7D6DBB33ABQ59285144-9DDCFF18-5DC0-46A4-884B-FAF587CF0D95Q59399989-E9F587BD-8A41-4AFF-A50E-F39BFE09BBBDQ59645060-52A838F5-3A3D-4ECF-83C9-E52D4070113FQ59846171-0DA21EEA-6552-49D4-A66C-7385FAE3B921Q59846199-3DF7F087-BE52-41F2-BF19-BECD597C5433Q59846214-D9120245-4C72-464E-855B-EB1A6B470822Q59846249-DBDE44E1-58A1-43D1-A9C3-FD20FEBB874EQ59846257-F4EDDF56-B0EF-4331-9AF9-55F9DEC2A62CQ59846303-ACF95E89-8544-49A7-B6CE-5EBC32D9AB1DQ59846321-B4095EFC-F836-4B99-930A-CB95CE30E5A1Q59846386-2BE5B1F0-4725-4712-97ED-B4D632751D66Q59846390-2B6C164F-B79D-4EA4-9ECE-C51E8263D027Q59846408-2B286B5C-78F3-4206-8DE1-14C3400E66AAQ59846433-988E31C1-7305-47EC-9D3A-666DAE88C717Q59846574-2D18635E-8789-4C35-B0EF-EBC2E16D0A80Q59965249-B36DDF7B-60ED-46FC-BD7A-97F418F7EF6CQ60523291-468342F8-FED6-470E-BF48-FC5EA8DD2F1B
P50
description
forsker
@nb
investigador
@es
researcher
@en
wetenschapper
@nl
name
A. Fruchter
@ast
A. Fruchter
@nl
Andrew Fruchter
@en
Andrew Fruchter
@nb
type
label
A. Fruchter
@ast
A. Fruchter
@nl
Andrew Fruchter
@en
Andrew Fruchter
@nb
altLabel
A. Fruchter
@en
prefLabel
A. Fruchter
@ast
A. Fruchter
@nl
Andrew Fruchter
@en
Andrew Fruchter
@nb
P31
P496
0000-0002-6652-9279