text:
Reported Within The Last
(Clear field to relate to all)
DaysMonthsYears
Unclasssified ATs
Classified SNe
Obj. Name
TNS AT YesNoAll
Public YesNoAll
Degrees (0..360, with decimal point) or sexagesimal: HH:MM:SS.SS / HH MM SS.SS
Degrees (-90..+90, with decimal point) or sexagesimal: ±DD:MM:SS.SS / ±DD MM SS.SS
arcsecarcmindeg
Reporting Group NoneadH0ccALeRCEAMPELASAS-SNASOATLASATSAZTECBlackGEMBOSSBraTSBTDGC-SNAILSCRAFTCRTSCSNSCSPDAO_OTSDECam-GROWTHDESDESGWDLT40DogsHeavenTSEHSSPePESSTOePESSTO+FDSTGaiaAlertsGattiniGLGWGlobal SN ProjectGOTOGRAWITAGREATGSNSTGWAC-ToPHETHHSCiPTFISSPJWST-ERSKEGSKSPLCOGT SN-KPLOSSLSQMASTERMeerLICHTMUSSESNUTSOGLEOOICLEPadova-AsiagoPan-STARRS1PESSTOPIKAPOSSPOTSPSHPTSSRANSSPSAGUAROSCATSGLFSkyMapperSKYSSNHuntSTARGATESUNBIRDSwiftSwope SN SurveyTAROTTCDTexSNsTMTSTNTSTomo-eUCSCULL-ASTRO-MASTERXOSSXTSSYSEZTF
Disc. Data Source NoneadH0ccALeRCEAMPELASAS-SNASOATLASATSAZTECBlackGEMBOSSBraTSBTDGC-SNAILSCRAFTCRTSCSNSCSPDAO_OTSDECam-GROWTHDESDESGWDLT40DogsHeavenTSEHSSPePESSTOePESSTO+FDSTGaiaAlertsGattiniGLGWGlobal SN ProjectGOTOGRAWITAGREATGSNSTGWAC-ToPHETHHSCiPTFISSPJWST-ERSKEGSKSPLCOGT SN-KPLOSSLSQMASTERMeerLICHTMUSSESNUTSOGLEOOICLEPadova-AsiagoPan-STARRS1PESSTOPIKAPOSSPOTSPSHPTSSRANSSPSAGUAROSCATSGLFSkyMapperSKYSSNHuntSTARGATESUNBIRDSwiftSwope SN SurveyTAROTTCDTexSNsTMTSTNTSTomo-eUCSCULL-ASTRO-MASTERXOSSXTSSYSEZTF
Classifying Group NoneadH0ccALeRCEAMPELASAS-SNASOATLASATSAZTECBlackGEMBOSSBraTSBTDGC-SNAILSCRAFTCRTSCSNSCSPDAO_OTSDECam-GROWTHDESDESGWDLT40DogsHeavenTSEHSSPePESSTOePESSTO+FDSTGaiaAlertsGattiniGLGWGlobal SN ProjectGOTOGRAWITAGREATGSNSTGWAC-ToPHETHHSCiPTFISSPJWST-ERSKEGSKSPLCOGT SN-KPLOSSLSQMASTERMeerLICHTMUSSESNUTSOGLEOOICLEPadova-AsiagoPan-STARRS1PESSTOPIKAPOSSPOTSPSHPTSSRANSSPSAGUAROSCATSGLFSkyMapperSKYSSNHuntSTARGATESUNBIRDSwiftSwope SN SurveyTAROTTCDTexSNsTMTSTNTSTomo-eUCSCULL-ASTRO-MASTERXOSSXTSSYSEZTF
Object Type AfterglowAGNComputed-IaComputed-IIbComputed-IInComputed-IIPComputed-PISNCVFRBGalaxyGapGap IGap IIILRTImpostor-SNKilonovaLBVLight-EchoM dwarfNovaOtherQSOSLSN-ISLSN-IISLSN-RSNSN ISN I-faintSN I-rapidSN IaSN Ia-91bg-likeSN Ia-91T-likeSN Ia-CSMSN Ia-pecSN Ia-SCSN Iax[02cx-like]SN IbSN Ib-Ca-richSN Ib-pecSN Ib/cSN IbnSN IcSN Ic-BLSN Ic-pecSN IISN II-pecSN IIbSN IILSN IInSN IIn-pecSN IIPStd-specTDEVarstarWRWR-WCWR-WNWR-WO
AT Type Other - UndefinedPSN - Possible SNPNV - Possible NovaAGN - Known AGNNUC - Possibly nuclearFRB - Fast Radio Burst event
Discovery Date Range
Discovery Mag Range
Min Spectra Num
Redshift Range
Host Name
External Catalog: -Select-TESS-active sector/s (19,20)TESS-Sector19TESS-Sector20
RA Range
DEC Range
Discovery Instrument AAT - RGOANU-2.3m - WiFeSAPO-3.5m - APO-TSPECAPO-3.5m - DISASASSN-1 - BrutusASASSN-2 - CassiusASASSN-3 - PaczynskiASASSN-4 - LeavittASASSN-5 - Payne-GaposchkinAST3 - AST3-CamATLAS1 - ACAM1ATLAS2 - ACAM2BAO-0.6m - BATCBAO-0.85m - CCDBAO-2.16m - CassegrainBAO-2.16m - Phot-specBG2 - BlackGEM-Cam2BG3 - BlackGEM-Cam3BG4 - BlackGEM-Cam4Bok - BC-BokBTA-6 - SCORPIOCA-2.2m - CAFOSCA-3.5m - MOSCACA-3.5m - PMASCA-3.5m - TWINCFHT - MegaCamCHIME - FRBCHIME - PULSARCNEOST - STA1600CrAO - AZT-8Crossley - PNSCTIO-0.41 - CTIO-PhotomultiplierCTIO-0.9 - CASS-DICTIO-1.0 - CTIO-OtherCTIO-1.5m - LORALCTIO-1.5m - RC-Spec-1.5CTIO-4m - ARCoIRISCTIO-4m - COSMOSCTIO-4m - DECAMCTIO-4m - IR-SpecCTIO-4m - RC-Spec-4Danish-1.54m - DFOSCDCT - Deveny-LMIDDO - CassEkar - AFOSCEkar - BC-EkarESO-1.5m - ARCESESO-1.5m - BC-ESOESO-1m - QUESTESO-2.2m - EFOSC-2.2ESO-2.2m - GRONDESO-3.6m - EFOSC2-3.6ESO-NTT - EFOSC2-NTTESO-NTT - EMMIESO-NTT - SofiFLWO-1.5m - FASTFLWO-1.5m - TRESFTN - EM01FTN - FLOYDS-NFTN - FS02FTS - FLOYDS-SFTS - FS01Gaia - Gaia-astrometricGaia - Gaia-photometricGaia - Gaia-RVSGALEX - GALEXGalileo - AVIGalileo - BC-AsiGAO-0.65m - GCSGAO-1.5m - GLOWSGattini - Gattini-cameraGemini-N - GMOSGemini-N - GNIRSGemini-S - Flamingos-2Gemini-S - GMOS-SGOTO-N - GOTO-1GTC - OSIRISHarlan-Smith - ES2Harlan-Smith - IDS-McDonaldHarlan-Smith - LCSHCT-2m - HFOSCHET - HET-HRSHET - HET-LRSHET - HET-MRSHST - STISHST - WFC3IGO - IFOSCINT-2.5m - FOSINT-2.5m - IDSIRTF - SpeXIUE - IUEJWST - MIRIJWST - NIRCamJWST - NIRISSJWST - NIRSpecKAIT - KAITCamKanata - HOWPolKAO - LOSA-F2Keck1 - HIRESKeck1 - LRISKeck1 - MOSFIREKeck2 - DEIMOSKeck2 - ESIKPNO-2.1m - IDS-KPNOLBT - LUCILBT - MODS1LBT - MODS2LCO-duPont - BC-duPontLCO-duPont - Mod-specLCO-duPont - WFCCDLCO1m - SinistroLCO2m - SpectralLick-3m - KASTLick-3m - ShARCSLick-3m - UV-SchmidtLick-3m - VNIRISLick1m - Nickel-SpecLijiang-2.4m - YFOSCLT - FRODOspecLT - SPRATMagellan-Baade - BC-MagellanMagellan-Baade - FIREMagellan-Baade - IMACSMagellan-Baade - MagEMagellan-Clay - LDSS-2Magellan-Clay - LDSS-3Magellan-Clay - MIKEMayall - KOSMOSMayall - RC-SpecMDM-2.4 - BC-OSUMDM-2.4 - MARK-IIIMDM-2.4 - modspecMDM-2.4 - OSMOSMDM-2.4 - TIFKAMMercator - HERMESML1 - MeerLICHT-CamMLO-1.5m - ITS-MLOMLO-1m - CCD-MLOMMT - BINOSPECMMT - HectospecMMT - MMIRSMMT - MMT-BlueMMT - MMT-RedMSO-74in - BC-MSOMt-Abu - Abu-NICSNayuta - MALLSNOT - ALFOSCNOT - StanCamOAO-188 - KOOLSOGLE-1.3m - OGLEIV-CamOHP-1.93m - CarelecOther - OtherOtto-Struve - IGSP200 - DBSPP200 - LFCP200 - P200-TSPECP48 - CFH12kP48 - ZTF-CamP60 - P60-CamP60 - SEDMPlaskett - PlaskettPS1 - GPC1SAAO - G-SpecSALT - HRS-SALTSALT - RSSSkyMapper - SM-WFCamSloan - SDSS-SpecSOAR - GoodmanSOAR - SOAR-OSIRISSPM15 - RATIRSSO-2.3m - DBSSST - IRACSST - IRSSubaru - FOCASSubaru - HDSSubaru - HSCSubaru - IRCSSwift-UVOT - UV-grismSwift-UVOT - UVOT-ImagerSwift-UVOT - V-grismTMT - CCD-TMTTNG - DOLORESTNG - HARPS-NTNG - NICSTNG - SARGUH88 - SNIFSUKIRT - CGS4VLT-UT1 - FORS1VLT-UT1 - FORS2VLT-UT2 - FORS1-UT2VLT-UT2 - UVESVLT-UT2 - X-ShooterVLT-UT3 - ISAACVLT-UT3 - VIMOSVLT-UT4 - MUSEVLT-UT4 - SINFONIWHT-4.2m - ACAMWHT-4.2m - FOS-1WHT-4.2m - FOS-2WHT-4.2m - ISISWHT-4.2m - LIRISWise-C18 - C18-CamWise1m - FOSCWise1m - LaiwoWise1m - PIWIYN - HydraXLT - BFOSCXLT - HRS-XLTXLT - OMR
Classification Instrument AAT - RGOANU-2.3m - WiFeSAPO-3.5m - APO-TSPECAPO-3.5m - DISASASSN-1 - BrutusASASSN-2 - CassiusASASSN-3 - PaczynskiASASSN-4 - LeavittASASSN-5 - Payne-GaposchkinAST3 - AST3-CamATLAS1 - ACAM1ATLAS2 - ACAM2BAO-0.6m - BATCBAO-0.85m - CCDBAO-2.16m - CassegrainBAO-2.16m - Phot-specBG2 - BlackGEM-Cam2BG3 - BlackGEM-Cam3BG4 - BlackGEM-Cam4Bok - BC-BokBTA-6 - SCORPIOCA-2.2m - CAFOSCA-3.5m - MOSCACA-3.5m - PMASCA-3.5m - TWINCFHT - MegaCamCHIME - FRBCHIME - PULSARCNEOST - STA1600CrAO - AZT-8Crossley - PNSCTIO-0.41 - CTIO-PhotomultiplierCTIO-0.9 - CASS-DICTIO-1.0 - CTIO-OtherCTIO-1.5m - LORALCTIO-1.5m - RC-Spec-1.5CTIO-4m - ARCoIRISCTIO-4m - COSMOSCTIO-4m - DECAMCTIO-4m - IR-SpecCTIO-4m - RC-Spec-4Danish-1.54m - DFOSCDCT - Deveny-LMIDDO - CassEkar - AFOSCEkar - BC-EkarESO-1.5m - ARCESESO-1.5m - BC-ESOESO-1m - QUESTESO-2.2m - EFOSC-2.2ESO-2.2m - GRONDESO-3.6m - EFOSC2-3.6ESO-NTT - EFOSC2-NTTESO-NTT - EMMIESO-NTT - SofiFLWO-1.5m - FASTFLWO-1.5m - TRESFTN - EM01FTN - FLOYDS-NFTN - FS02FTS - FLOYDS-SFTS - FS01Gaia - Gaia-astrometricGaia - Gaia-photometricGaia - Gaia-RVSGALEX - GALEXGalileo - AVIGalileo - BC-AsiGAO-0.65m - GCSGAO-1.5m - GLOWSGattini - Gattini-cameraGemini-N - GMOSGemini-N - GNIRSGemini-S - Flamingos-2Gemini-S - GMOS-SGOTO-N - GOTO-1GTC - OSIRISHarlan-Smith - ES2Harlan-Smith - IDS-McDonaldHarlan-Smith - LCSHCT-2m - HFOSCHET - HET-HRSHET - HET-LRSHET - HET-MRSHST - STISHST - WFC3IGO - IFOSCINT-2.5m - FOSINT-2.5m - IDSIRTF - SpeXIUE - IUEJWST - MIRIJWST - NIRCamJWST - NIRISSJWST - NIRSpecKAIT - KAITCamKanata - HOWPolKAO - LOSA-F2Keck1 - HIRESKeck1 - LRISKeck1 - MOSFIREKeck2 - DEIMOSKeck2 - ESIKPNO-2.1m - IDS-KPNOLBT - LUCILBT - MODS1LBT - MODS2LCO-duPont - BC-duPontLCO-duPont - Mod-specLCO-duPont - WFCCDLCO1m - SinistroLCO2m - SpectralLick-3m - KASTLick-3m - ShARCSLick-3m - UV-SchmidtLick-3m - VNIRISLick1m - Nickel-SpecLijiang-2.4m - YFOSCLT - FRODOspecLT - SPRATMagellan-Baade - BC-MagellanMagellan-Baade - FIREMagellan-Baade - IMACSMagellan-Baade - MagEMagellan-Clay - LDSS-2Magellan-Clay - LDSS-3Magellan-Clay - MIKEMayall - KOSMOSMayall - RC-SpecMDM-2.4 - BC-OSUMDM-2.4 - MARK-IIIMDM-2.4 - modspecMDM-2.4 - OSMOSMDM-2.4 - TIFKAMMercator - HERMESML1 - MeerLICHT-CamMLO-1.5m - ITS-MLOMLO-1m - CCD-MLOMMT - BINOSPECMMT - HectospecMMT - MMIRSMMT - MMT-BlueMMT - MMT-RedMSO-74in - BC-MSOMt-Abu - Abu-NICSNayuta - MALLSNOT - ALFOSCNOT - StanCamOAO-188 - KOOLSOGLE-1.3m - OGLEIV-CamOHP-1.93m - CarelecOther - OtherOtto-Struve - IGSP200 - DBSPP200 - LFCP200 - P200-TSPECP48 - CFH12kP48 - ZTF-CamP60 - P60-CamP60 - SEDMPlaskett - PlaskettPS1 - GPC1SAAO - G-SpecSALT - HRS-SALTSALT - RSSSkyMapper - SM-WFCamSloan - SDSS-SpecSOAR - GoodmanSOAR - SOAR-OSIRISSPM15 - RATIRSSO-2.3m - DBSSST - IRACSST - IRSSubaru - FOCASSubaru - HDSSubaru - HSCSubaru - IRCSSwift-UVOT - UV-grismSwift-UVOT - UVOT-ImagerSwift-UVOT - V-grismTMT - CCD-TMTTNG - DOLORESTNG - HARPS-NTNG - NICSTNG - SARGUH88 - SNIFSUKIRT - CGS4VLT-UT1 - FORS1VLT-UT1 - FORS2VLT-UT2 - FORS1-UT2VLT-UT2 - UVESVLT-UT2 - X-ShooterVLT-UT3 - ISAACVLT-UT3 - VIMOSVLT-UT4 - MUSEVLT-UT4 - SINFONIWHT-4.2m - ACAMWHT-4.2m - FOS-1WHT-4.2m - FOS-2WHT-4.2m - ISISWHT-4.2m - LIRISWise-C18 - C18-CamWise1m - FOSCWise1m - LaiwoWise1m - PIWIYN - HydraXLT - BFOSCXLT - HRS-XLTXLT - OMR
Assoc. Discovery Group/s adH0ccALeRCEAMPELASAS-SNASOATLASATSAZTECBlackGEMBOSSBraTSBTDGC-SNAILSCRAFTCRTSCSNSCSPDAO_OTSDECam-GROWTHDESDESGWDLT40DogsHeavenTSEHSSPePESSTOePESSTO+FDSTGaiaAlertsGattiniGLGWGlobal SN ProjectGOTOGRAWITAGREATGSNSTGWAC-ToPHETHHSCiPTFISSPJWST-ERSKEGSKSPLCOGT SN-KPLOSSLSQMASTERMeerLICHTMUSSESNUTSOGLEOOICLEPadova-AsiagoPan-STARRS1PESSTOPIKAPOSSPOTSPSHPTSSRANSSPSAGUAROSCATSGLFSkyMapperSKYSSNHuntSTARGATESUNBIRDSwiftSwope SN SurveyTAROTTCDTexSNsTMTSTNTSTomo-eUCSCULL-ASTRO-MASTERXOSSXTSSYSEZTF
AT-Rep Remarks
Class-Rep Remarks
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Results in page 51020304050100500
Columns to display
Host Redshift
Discovering Group
Classifying Group
Disc. Instrument/s
Class. Instrument/s
Assoc. Disc. Group/s
Disc. Internal Name
Object Spectra
Discovery Mag Filter
Bibcode
External Catalog/s
Showing results 38851 to 38900 out of 49002
Obj. Type
Reporting Group/s
Discovery Data Source/s
Classifying Group/s
Associated Group/s
Ext. catalog/s
36761 AT 2019ebu 1 14:19:49.434 +33:00:21.76 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pp PS1 - GPC1 Y Y 20.77 i-Sloan 2019-04-25 11:02:24 PS1_Bot1
Reporter/s (Discoverer/s)
33724 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 14:19:49.434 +33:00:21.76 2019-04-25 11:02:24 20.77 i-Sloan 1 PSN PS19pp Pan-STARRS1
Obs-date (UT)
63205 2019-04-25 11:02:24 20.77 0.17 20.7 ABMag i-Sloan PS1_GPC1 45 Robot
36763 AT 2019ebw 2 15:02:17.007 +31:14:51.75 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pq PS1 - GPC1 Y Y 20.92 i-Sloan 2019-04-25 09:43:12 PS1_Bot1
34956 2019-05-13 21:35:06 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 15:02:17.007 +31:14:51.75 2019-05-09 11:41:16 21.82 w-PS1 1 PSN PS19pq Pan-STARRS1
65742 2019-05-09 11:41:16 21.82 0.13 22 ABMag w-PS1 PS1_GPC1 45 Robot
33727 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:02:17.008 +31:14:51.71 2019-04-25 09:43:12 20.92 i-Sloan 1 PSN PS19pq Pan-STARRS1
36762 AT 2019ebv 1 15:02:41.207 +29:12:01.90 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pr PS1 - GPC1 Y Y 20.98 i-Sloan 2019-04-25 09:40:19 PS1_Bot1
33726 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:02:41.207 +29:12:01.90 2019-04-25 09:40:19 20.98 i-Sloan 1 PSN PS19pr Pan-STARRS1
36765 AT 2019eby 2 15:10:15.683 +33:04:17.52 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19ps PS1 - GPC1 Y Y 20.22 i-Sloan 2019-04-25 09:43:12 PS1_Bot1
34955 2019-05-13 21:35:06 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 15:10:15.683 +33:04:17.52 2019-05-09 11:42:43 20.56 w-PS1 1 PSN PS19ps Pan-STARRS1
33729 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:10:15.687 +33:04:17.61 2019-04-25 09:43:12 20.22 i-Sloan 1 PSN PS19ps Pan-STARRS1
36764 AT 2019ebx 1 15:16:10.846 +32:44:01.96 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pt PS1 - GPC1 Y Y 20.45 i-Sloan 2019-04-25 09:43:12 PS1_Bot1
33728 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:16:10.846 +32:44:01.96 2019-04-25 09:43:12 20.45 i-Sloan 1 PSN PS19pt Pan-STARRS1
36767 AT 2019eca 1 15:24:21.422 +31:11:34.00 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pu PS1 - GPC1 Y Y 19.93 i-Sloan 2019-04-25 09:44:38 PS1_Bot1
33731 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:24:21.422 +31:11:34.00 2019-04-25 09:44:38 19.93 i-Sloan 1 PSN PS19pu Pan-STARRS1
63212 2019-04-25 09:44:38 19.93 0.1 20.7 ABMag i-Sloan PS1_GPC1 45 Robot
36766 AT 2019ebz 1 15:25:41.739 +32:19:43.02 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pv PS1 - GPC1 Y Y 20.01 i-Sloan 2019-04-25 09:50:24 PS1_Bot1
33730 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:25:41.739 +32:19:43.02 2019-04-25 09:50:24 20.01 i-Sloan 1 PSN PS19pv Pan-STARRS1
36769 AT 2019ecc 1 15:26:29.542 +31:39:47.48 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pw PS1 - GPC1 Y Y 20.1 i-Sloan 2019-04-25 09:50:24 PS1_Bot1
33733 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:26:29.542 +31:39:47.48 2019-04-25 09:50:24 20.1 i-Sloan 1 PSN PS19pw Pan-STARRS1
63214 2019-04-25 09:50:24 20.1 0.14 20.7 ABMag i-Sloan PS1_GPC1 45 Robot
36768 AT 2019ecb 1 15:32:23.520 +31:04:19.41 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19px PS1 - GPC1 Y Y 21.15 i-Sloan 2019-04-25 09:48:57 PS1_Bot1
33732 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:32:23.520 +31:04:19.41 2019-04-25 09:48:57 21.15 i-Sloan 1 PSN PS19px Pan-STARRS1
36771 AT 2019ece 1 15:32:54.561 +33:29:00.86 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19py PS1 - GPC1 Y Y 20.33 i-Sloan 2019-04-25 09:50:24 PS1_Bot1
33735 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:32:54.561 +33:29:00.86 2019-04-25 09:50:24 20.33 i-Sloan 1 PSN PS19py Pan-STARRS1
36770 AT 2019ecd 1 15:34:44.570 +27:30:19.26 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19pz PS1 - GPC1 Y Y 20.13 i-Sloan 2019-04-25 10:06:14 PS1_Bot1
33734 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:34:44.570 +27:30:19.26 2019-04-25 10:06:14 20.13 i-Sloan 1 PSN PS19pz Pan-STARRS1
36773 AT 2019ecg 1 15:35:02.117 +31:08:02.53 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qa PS1 - GPC1 Y Y 21.56 i-Sloan 2019-04-25 12:56:09 PS1_Bot1
33737 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:35:02.117 +31:08:02.53 2019-04-25 12:56:09 21.56 i-Sloan 1 PSN PS19qa Pan-STARRS1
36772 AT 2019ecf 1 15:37:22.545 +31:35:24.43 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qb PS1 - GPC1 Y Y 20.67 i-Sloan 2019-04-25 09:51:50 PS1_Bot1
33736 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:37:22.545 +31:35:24.43 2019-04-25 09:51:50 20.67 i-Sloan 1 PSN PS19qb Pan-STARRS1
36775 AT 2019eci 1 15:37:59.043 +33:12:59.14 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qc PS1 - GPC1 Y Y 20.17 i-Sloan 2019-04-25 09:50:24 PS1_Bot1
33739 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:37:59.043 +33:12:59.14 2019-04-25 09:50:24 20.17 i-Sloan 1 PSN PS19qc Pan-STARRS1
36774 AT 2019ech 1 15:41:53.813 +26:59:13.00 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qd PS1 - GPC1 Y Y 20.67 i-Sloan 2019-04-25 09:54:43 PS1_Bot1
33738 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:41:53.813 +26:59:13.00 2019-04-25 09:54:43 20.67 i-Sloan 1 PSN PS19qd Pan-STARRS1
36777 AT 2019eck 1 15:44:24.541 +32:41:11.07 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qe PS1 - GPC1 Y Y 20.81 i-Sloan 2019-04-25 09:51:50 PS1_Bot1
33741 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:44:24.541 +32:41:11.07 2019-04-25 09:51:50 20.81 i-Sloan 1 PSN PS19qe Pan-STARRS1
36776 AT 2019ecj 1 15:45:42.226 +31:32:42.44 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qf PS1 - GPC1 Y Y 20.67 i-Sloan 2019-04-25 09:51:50 PS1_Bot1
33740 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:45:42.226 +31:32:42.44 2019-04-25 09:51:50 20.67 i-Sloan 1 PSN PS19qf Pan-STARRS1
36778 AT 2019ecl 2 15:48:11.866 +29:12:07.11 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qg PS1 - GPC1 Y Y 20.51 i-Sloan 2019-04-25 09:54:43 PS1_Bot1
36314 2019-06-01 09:35:22 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 15:48:11.866 +29:12:07.11 2019-05-09 11:54:14 21.29 w-PS1 1 PSN PS19qg Pan-STARRS1
33743 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:48:11.864 +29:12:07.12 2019-04-25 09:54:43 20.51 i-Sloan 1 PSN PS19qg Pan-STARRS1
36758 AT 2019ebr 1 16:35:26.473 +22:21:36.56 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qj PS1 - GPC1 Y Y 19.79 i-Sloan 2019-04-25 14:09:36 PS1_Bot1
33719 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:35:26.473 +22:21:36.56 2019-04-25 14:09:36 19.79 i-Sloan 1 PSN PS19qj Pan-STARRS1
36755 AT 2019ebo 1 16:54:54.718 +04:51:31.60 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qn PS1 - GPC1 Y Y 20.02 i-Sloan 2019-04-25 12:31:40 PS1_Bot1
33715 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:54:54.718 +04:51:31.60 2019-04-25 12:31:40 20.02 i-Sloan 1 PSN PS19qn Pan-STARRS1
36756 SN 2019ebp 1 1 16:59:57.752 +12:06:18.30 SN II 0.057 Pan-STARRS1 Pan-STARRS1 ePESSTO+ Pan-STARRS1 PS19qo PS1 - GPC1 ESO-NTT - EFOSC2-NTT Y Y 1 20.29 i-Sloan 2019-04-25 12:47:31 PS1_Bot1
33716 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:59:57.752 +12:06:18.30 2019-04-25 12:47:31 20.29 i-Sloan 1 PSN PS19qo Pan-STARRS1
Classifier/s
3936 2019-04-26 17:38:54 ePESSTOplus_Bot1 M. Nicholl, P. Short, P. Wiseman, M. Pursiainen, C. Angus, O. Yaron on behalf of ePESSTO+ ePESSTO+ SN II 0.057 1 ePESSTO+
Reducer/s
Spectrum ascii File
Spectrum fits File
Spec. Type
3943 2019-04-26 06:22:57 ESO-NTT_EFOSC2-NTT 1800 M. Nicholl, P. Short P. Wiseman, M. Pursiainen, C. Angus ePESSTO+ tns_2019ebp_2019-04-26_06-22-57_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019ebp_2019-04-26_06-22-57_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
3943 2019-04-26 06:22:57 ESO-NTT / EFOSC2-NTT 1800 M. Nicholl, P. Short P. Wiseman, M. Pursiainen, C. Angus ePESSTO+ tns_2019ebp_2019-04-26_06-22-57_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019ebp_2019-04-26_06-22-57_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
36757 SN 2019ebq 1 2 17:01:18.339 -07:00:10.52 SN Ib/c 0.037 Pan-STARRS1 Pan-STARRS1 ePESSTO+, SAGUARO Pan-STARRS1 PS19qp PS1 - GPC1 ESO-NTT - EFOSC2-NTT, LBT - MODS2 Y Y 2 20.4 i-Sloan 2019-04-25 12:11:31 PS1_Bot1
33717 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 17:01:18.339 -07:00:10.52 2019-04-25 12:11:31 20.4 i-Sloan 1 PSN PS19qp Pan-STARRS1
4303 2019-06-13 21:53:27 dsand David Sand SAGUARO SN Ib/c 0.037 1 SAGUARO Spectral classification with the Supernova Identification (Blondin et al. 2005) software package indicates a type Ib/c supernova after maximum light, with the best match spectrum being SN 2004aw (a type Ic) at +15 days.
4310 2019-04-26 11:00:44 LBT_MODS2 1200 Shivaei, Kuhn, Sand Andrews, Sand SAGUARO tns_2019ebq_2019-04-26_11-00-44_LBT_MODS2_SAGUARO.ascii Object SAGUARO
3937 2019-04-26 17:38:54 ePESSTOplus_Bot1 M. Nicholl, P. Short, P. Wiseman, M. Pursiainen, C. Angus, O. Yaron on behalf of ePESSTO+ ePESSTO+ Other 0.037 1 ePESSTO+ Unidentified red continuum, Redshift from host galaxy lines in the spectrum.
3944 2019-04-26 07:48:03 ESO-NTT_EFOSC2-NTT 1800 M. Nicholl, P. Short P. Wiseman, M. Pursiainen, C. Angus ePESSTO+ tns_2019ebq_2019-04-26_07-48-03_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019ebq_2019-04-26_07-48-03_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
4310 2019-04-26 11:00:44 LBT / MODS2 1200 Shivaei, Kuhn, Sand Andrews, Sand SAGUARO tns_2019ebq_2019-04-26_11-00-44_LBT_MODS2_SAGUARO.ascii Object SAGUARO
3944 2019-04-26 07:48:03 ESO-NTT / EFOSC2-NTT 1800 M. Nicholl, P. Short P. Wiseman, M. Pursiainen, C. Angus ePESSTO+ tns_2019ebq_2019-04-26_07-48-03_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019ebq_2019-04-26_07-48-03_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
36759 AT 2019ebs 1 17:09:58.276 +07:35:44.68 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qq PS1 - GPC1 Y Y 20.81 i-Sloan 2019-04-25 12:41:45 PS1_Bot1
33722 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 17:09:58.276 +07:35:44.68 2019-04-25 12:41:45 20.81 i-Sloan 1 PSN PS19qq Pan-STARRS1
36760 AT 2019ebt 1 17:11:35.794 +09:48:05.58 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qr PS1 - GPC1 Y Y 20.07 i-Sloan 2019-04-25 12:41:45 PS1_Bot1
33723 2019-04-26 01:57:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 17:11:35.794 +09:48:05.58 2019-04-25 12:41:45 20.07 i-Sloan 1 PSN PS19qr Pan-STARRS1
36795 AT 2019edc 1 15:24:13.953 +28:54:47.86 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qt PS1 - GPC1 Y Y 21.23 i-Sloan 2019-04-25 13:13:26 PS1_Bot1
33772 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:24:13.953 +28:54:47.86 2019-04-25 13:13:26 21.23 i-Sloan 1 PSN PS19qt Pan-STARRS1
36798 SN 2019edf 1 1 16:01:49.915 +22:00:17.45 SN Ia 0.184 Pan-STARRS1 Pan-STARRS1 ePESSTO+ Pan-STARRS1 PS19qu PS1 - GPC1 ESO-NTT - EFOSC2-NTT Y Y 1 20.9 i-Sloan 2019-04-25 13:20:38 PS1_Bot1
33779 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:01:49.915 +22:00:17.45 2019-04-25 13:20:38 20.9 i-Sloan 1 PSN PS19qu Pan-STARRS1
63290 2019-04-25 13:20:38 20.9 0.1 20.7 ABMag i-Sloan PS1_GPC1 45 Robot
3944 2019-04-27 18:04:07 ePESSTOplus_Bot1 M. Nicholl, P. Short, C. Angus, P. Wiseman, M. Pursiainen, O. Yaron on behalf of ePESSTO+ ePESSTO+ SN Ia 0.184 1 ePESSTO+
3951 2019-04-27 06:40:47 ESO-NTT_EFOSC2-NTT 1800 M. Nicholl, P. Short C. Angus, P. Wiseman, M. Pursiainen ePESSTO+ tns_2019edf_2019-04-27_06-40-47_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019edf_2019-04-27_06-40-47_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
3951 2019-04-27 06:40:47 ESO-NTT / EFOSC2-NTT 1800 M. Nicholl, P. Short C. Angus, P. Wiseman, M. Pursiainen ePESSTO+ tns_2019edf_2019-04-27_06-40-47_ESO-NTT_EFOSC2-NTT_ePESSTO+.asci tns_2019edf_2019-04-27_06-40-47_ESO-NTT_EFOSC2-NTT_ePESSTO+.fits Object ePESSTO+
36791 AT 2019ecy 1 16:14:20.127 +31:21:20.38 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qv PS1 - GPC1 Y Y 21.08 i-Sloan 2019-04-25 13:01:55 PS1_Bot1
33760 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:14:20.127 +31:21:20.38 2019-04-25 13:01:55 21.08 i-Sloan 1 PSN PS19qv Pan-STARRS1
36796 AT 2019edd 1 15:17:03.758 +29:57:33.78 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qx PS1 - GPC1 Y Y 20.92 i-Sloan 2019-04-25 12:51:50 PS1_Bot1
33773 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:17:03.758 +29:57:33.78 2019-04-25 12:51:50 20.92 i-Sloan 1 PSN PS19qx Pan-STARRS1
36797 AT 2019ede 1 15:24:20.803 +29:30:09.06 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19qy PS1 - GPC1 Y Y 20.1 i-Sloan 2019-04-25 13:13:26 PS1_Bot1
33775 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:24:20.803 +29:30:09.06 2019-04-25 13:13:26 20.1 i-Sloan 1 PSN PS19qy Pan-STARRS1
33301 AT 2019dy 1 03:05:29.087 +15:24:33.15 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19r PS1 - GPC1 Y Y 21.42 w-PS1 2019-01-02 08:41:16 PS1_Bot1
28053 2019-01-04 20:11:13 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 03:05:29.087 +15:24:33.15 2019-01-02 08:41:16 21.42 w-PS1 1 PSN PS19r Pan-STARRS1
36792 AT 2019ecz 1 16:20:50.782 +28:36:12.20 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19re PS1 - GPC1 Y Y 20.81 i-Sloan 2019-04-25 13:09:07 PS1_Bot1
33763 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:20:50.782 +28:36:12.20 2019-04-25 13:09:07 20.81 i-Sloan 1 PSN PS19re Pan-STARRS1
36793 AT 2019eda 1 16:25:34.937 +34:08:40.85 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rg PS1 - GPC1 Y Y 20.98 i-Sloan 2019-04-25 13:03:21 PS1_Bot1
33765 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:25:34.937 +34:08:40.85 2019-04-25 13:03:21 20.98 i-Sloan 1 PSN PS19rg Pan-STARRS1
36794 AT 2019edb 1 16:31:53.156 +31:30:39.04 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19ri PS1 - GPC1 Y Y 20.87 i-Sloan 2019-04-25 13:01:55 PS1_Bot1
33767 2019-04-27 03:15:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:31:53.156 +31:30:39.04 2019-04-25 13:01:55 20.87 i-Sloan 1 PSN PS19ri Pan-STARRS1
36854 AT 2019efi 1 15:01:43.521 +25:13:31.85 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rm PS1 - GPC1 Y Y 20.63 w-PS1 2019-04-27 08:26:52 PS1_Bot1
33877 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:01:43.521 +25:13:31.85 2019-04-27 08:26:52 20.63 w-PS1 1 PSN PS19rm Pan-STARRS1
63527 2019-04-27 08:26:52 20.63 0.1 22 ABMag w-PS1 PS1_GPC1 45 Robot
36853 AT 2019efh 1 15:07:21.169 +31:13:40.67 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rn PS1 - GPC1 Y Y 20.5 i-Sloan 2019-04-25 14:48:28 PS1_Bot1
33876 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:07:21.169 +31:13:40.67 2019-04-25 14:48:28 20.5 i-Sloan 1 PSN PS19rn Pan-STARRS1
36856 AT 2019efk 2 15:12:36.922 +26:10:36.51 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19ro PS1 - GPC1 Y Y 21.33 w-PS1 2019-04-27 08:26:52 PS1_Bot1
36315 2019-06-01 09:35:22 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 15:12:36.922 +26:10:36.51 2019-05-09 11:44:09 21.33 w-PS1 1 PSN PS19ro Pan-STARRS1
33879 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:12:36.919 +26:10:36.46 2019-04-27 08:26:52 21.33 w-PS1 1 PSN PS19ro Pan-STARRS1
36855 AT 2019efj 1 15:19:20.956 +27:07:25.68 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rp PS1 - GPC1 Y Y 20.45 i-Sloan 2019-04-25 14:35:31 PS1_Bot1
33878 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:19:20.956 +27:07:25.68 2019-04-25 14:35:31 20.45 i-Sloan 1 PSN PS19rp Pan-STARRS1
36857 AT 2019efl 1 15:44:16.152 +33:45:12.94 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rq PS1 - GPC1 Y Y 20.98 i-Sloan 2019-04-25 12:54:43 PS1_Bot1
33881 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:44:16.152 +33:45:12.94 2019-04-25 12:54:43 20.98 i-Sloan 1 PSN PS19rq Pan-STARRS1
36858 AT 2019efm 1 15:55:02.337 +31:16:35.17 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rs PS1 - GPC1 Y Y 19.98 i-Sloan 2019-04-25 14:42:43 PS1_Bot1
33883 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 15:55:02.337 +31:16:35.17 2019-04-25 14:42:43 19.98 i-Sloan 1 PSN PS19rs Pan-STARRS1
36859 AT 2019efn 1 16:01:43.835 +09:38:20.66 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rv PS1 - GPC1 Y Y 20.94 w-PS1 2019-04-27 10:27:50 PS1_Bot1
33884 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:01:43.835 +09:38:20.66 2019-04-27 10:27:50 20.94 w-PS1 1 PSN PS19rv Pan-STARRS1
36860 AT 2019efo 2 16:04:33.443 +32:33:48.34 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rx PS1 - GPC1 Y Y 21.05 i-Sloan 2019-04-25 14:51:21 PS1_Bot1
40093 2019-07-01 08:36:46 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 16:04:33.443 +32:33:48.34 2019-05-07 13:10:33 21.4 w-PS1 1 PSN PS19rx Pan-STARRS1
75435 2019-05-07 13:10:33 21.4 0.07 22 ABMag w-PS1 PS1_GPC1 45 Robot
33886 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:04:33.438 +32:33:48.34 2019-04-25 14:51:21 21.05 i-Sloan 1 PSN PS19rx Pan-STARRS1
36861 AT 2019efp 1 16:15:13.350 +09:19:01.64 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19rz PS1 - GPC1 Y Y 20.4 w-PS1 2019-04-27 10:33:36 PS1_Bot1
33888 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:15:13.350 +09:19:01.64 2019-04-27 10:33:36 20.4 w-PS1 1 PSN PS19rz Pan-STARRS1
63538 2019-04-27 10:33:36 20.4 0.2 22 ABMag w-PS1 PS1_GPC1 45 Robot
36862 AT 2019efq 1 16:22:22.845 +28:51:16.57 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sb PS1 - GPC1 Y Y 18.93 w-PS1 2019-04-27 09:48:57 PS1_Bot1
33890 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:22:22.845 +28:51:16.57 2019-04-27 09:48:57 18.93 w-PS1 1 PSN PS19sb Pan-STARRS1
36864 AT 2019efs 2 16:22:39.656 +00:33:26.38 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sc PS1 - GPC1 Y Y 19.81 i-Sloan 2019-04-27 12:43:12 PS1_Bot1
34533 2019-05-07 21:35:08 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 16:22:39.656 +00:33:26.38 2019-05-06 11:51:21 20.47 w-PS1 1 PSN PS19sc Pan-STARRS1
33893 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:22:39.656 +00:33:26.42 2019-04-27 12:43:12 19.81 i-Sloan 1 PSN PS19sc Pan-STARRS1
36863 AT 2019efr 1 16:26:55.976 +10:56:12.81 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sd PS1 - GPC1 Y Y 20.63 w-PS1 2019-04-27 10:35:02 PS1_Bot1
33892 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:26:55.976 +10:56:12.81 2019-04-27 10:35:02 20.63 w-PS1 1 PSN PS19sd Pan-STARRS1
36866 AT 2019efu 2 16:30:08.956 +13:47:13.62 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19se PS1 - GPC1 Y Y 19.96 i-Sloan 2019-04-25 13:59:31 PS1_Bot1
34926 2019-05-13 21:35:06 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 16:30:08.956 +13:47:13.62 2019-05-09 13:03:21 21 w-PS1 1 PSN PS19se Pan-STARRS1
65712 2019-05-09 13:03:21 21 0.07 22 ABMag w-PS1 PS1_GPC1 45 Robot
33895 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:30:08.954 +13:47:13.57 2019-04-25 13:59:31 19.96 i-Sloan 1 PSN PS19se Pan-STARRS1
36865 AT 2019eft 1 16:30:10.082 +14:16:59.03 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sf PS1 - GPC1 Y Y 20.76 i-Sloan 2019-04-25 13:59:31 PS1_Bot1
33894 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:30:10.082 +14:16:59.03 2019-04-25 13:59:31 20.76 i-Sloan 1 PSN PS19sf Pan-STARRS1
36851 SN 2019eff 3 1 16:33:39.146 +13:54:36.72 SN IIb 0.05 Pan-STARRS1, ZTF Pan-STARRS1, ZTF None Pan-STARRS1, ZTF PS19sh PS1 - GPC1, P48 - ZTF-Cam SOAR - Goodman Y Y 1 20.46 i-Sloan 2019-04-25 13:59:31 PS1_Bot1
34952 2019-05-13 21:35:06 PS1_Bot1 K. C. Chambers, T. de Boer, J. Bulger, J. Fairlamb, M. Huber, C.-C. Lin, T. Lowe, E. Magnier, A. Schultz, R. J. Wainscoat, M. Willman (IfA, University of Hawaii), K. W. Smith, D. R. Young, O. McBrien, J. Gillanders. S. Srivastav, S. J. Smartt, D. O'Neil, P. Clark, S. Sim (Queen's University Belfast), D. E. Wright (University of Minnesota) Pan-STARRS1 Pan-STARRS1 16:33:39.146 +13:54:36.72 2019-05-09 13:03:21 19.89 w-PS1 1 PSN PS19sh Pan-STARRS1
33968 2019-04-30 21:37:05 ZTF_Bot1 C. Fremling (Caltech) on behalf of the Zwicky Transient Facility (ZTF) collaboration ZTF ZTF 16:33:39.144 +13:54:36.66 2019-04-25 09:33:07 20.44 g-ZTF 3 PSN ZTF19aasckkq ZTF
63713 2019-04-28 23:24:00 20.1 ABMag r-ZTF P48_ZTF-Cam 30 ZTF
63712 2019-04-25 09:33:07 20.44 ABMag g-ZTF P48_ZTF-Cam 30 ZTF
63711 2019-04-24 11:06:43 20.08 ABMag g-ZTF P48_ZTF-Cam 30 ZTF [Last non detection]
33871 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:33:39.144 +13:54:36.60 2019-04-25 13:59:31 20.46 i-Sloan 1 PSN PS19sh Pan-STARRS1
3966 2019-05-02 01:53:21 mnicholl M. Nicholl (Edinburgh), R. Cartier (CTIO), I. Pelisoli (Potsdam), E. Berger, P. Blanchard, T. Eftekhari, S. Gomez, G. Hosseinzadeh, A. Villar, P. Williams (Harvard), P. Cowperthwaite (Carnegie), K. Alexander, D. Coppejans, W. Fong, R. Margutti, G. Terreran (Northwestern), R. Chornock (Ohio), J. Braga (INPE), L. Chomiuk, J. Strader (MSU), C. Clemens, D. Reichart (UNC), M. Drout (Toronto), D. Sand, N. Smith (Arizona), D. Kasen (Berkeley), B. Metzger (Columbia) None SN IIb 0.05 1
3973 2019-04-28 05:13:51 SOAR_Goodman R. Cartier R.Cartier None tns_2019eff_2019-04-28_05-13-51.600_SOAR_Goodman.txt Object
3973 2019-04-28 05:13:51 SOAR / Goodman R. Cartier R.Cartier None tns_2019eff_2019-04-28_05-13-51.600_SOAR_Goodman.txt Object
36849 AT 2019efd 1 16:44:44.158 +08:57:18.17 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sk PS1 - GPC1 Y Y 20.71 i-Sloan 2019-04-25 13:52:19 PS1_Bot1
33866 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:44:44.158 +08:57:18.17 2019-04-25 13:52:19 20.71 i-Sloan 1 PSN PS19sk Pan-STARRS1
36850 AT 2019efe 1 16:47:04.970 +10:55:31.68 Pan-STARRS1 Pan-STARRS1 Pan-STARRS1 PS19sl PS1 - GPC1 Y Y 20.89 i-Sloan 2019-04-25 12:48:57 PS1_Bot1
33867 2019-04-29 00:16:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 Pan-STARRS1 16:47:04.970 +10:55:31.68 2019-04-25 12:48:57 20.89 i-Sloan 1 PSN PS19sl Pan-STARRS1


text:
Gorna Breznitsa is a village in Kresna Municipality, in Blagoevgrad Province, Bulgaria.

References

External links
 Website of Gorna Breznitsa

Villages in Blagoevgrad Province

redpajama_set_name: RedPajamaWikipedia


Oculus has announced Rift S, the headset's fabled hardware refresh that brings with it a modest spec bump and a few other changes to the original Rift that the company hopes will appeal to new entrants in PC VR gaming.
Amidst GDC 2019 today Facebook announced a new version of the Oculus Rift called Rift S. It's priced at $399 and will release this Spring. Rift S replaces the original Rift. Apps and games are fully compatible between both. Just like the original, Rift S is powered by your gaming PC so should work on both the Oculus PC Store and other stores like Steam. Updated Screen & Lenses. The original Rift used dual PenTile OLED panels for a total resolution of 2160×1200.
Already own an Oculus Rift but thinking of picking up an Oculus Quest? Don't worry; you probably won't have to pay for the same app twice. Oculus today confirmed that games and experiences appearing on both platforms can support cross-buy and cross-play.
Stormland is easily one of the most anticipated VR games of the year. Ever since it was first announced around E3 last year we've only seen one single demo of the game in action at PAX West and OC5.
Coatsink , the studio known for VR games Augmented Empire (2018) and the Esper series, unveiled a new puzzle game at GDC 2019 this week that's slated to be a day-one launch title for Oculus Quest.
I think it's when I realized I was smiling in the middle of decapitating my enemy, showering my virtual face in blood and eyeballs as his head floated by in slow-motion, that it really hit me how much of a revelation Asgard's Wrath combat is going to be.
Today Facebook brought two of its categories of VR headsets a little closer together. The Oculus Quest standalone headset and the newly-announced Rift S PC VR device both sport inside out tracking. They're also both due to launch this spring. With the two devices so closely aligned, it looks like Oculus is ushering in a new era of content parity too. VP of Product Nate Mitchell confirmed as much to UploadVR at GDC this week.
Scope AR , the enterprise-focused AR studio, today announced it has successfully closed a $9.7 million Series A funding round to further develop it cross-platform AR work training and on-site instruction tools.
At a special GDC Oculus media event this week we got a chance to go hands-on with Sanzaru Games' upcoming Norse-themed action adventure game Asgard's Wrath, presented on Oculus' newly unveiled 'Rift S' headset.
The reveal of the Oculus Rift S at GDC this week was one of the industry's worst kept secrets. What was better hidden, though, was the fact that Rift S is built in partnership with Lenovo. It's even got a Lenovo logo on the side. Oculus is no stranger to partnering up with manufacturers, at least on mobile VR hardware. Its first-ever headset, Gear VR, was made with Samsung and it collaborated with Xiaomi on the Oculus Go.
This Friday, New York City-based multimedia startup Walk In My Shoes Media is launching a VR platform that uses immersive storytelling to make a social impact and promote inclusivity.
Facebook's new VR headset, Oculus Rift S, brings a lot of additions to the table. But it's also taking away a few things over the original Rift. One such feature is the ability to adjust the interpupillary distance (IPD) mechnically. IPD simply refers to the distance between your eyes. Everyone has different measurements and that can change how we all perceive the 3D effect inside VR. On the Rift, you could adjust the screens to your IPD with a slider at the bottom of the screen.
Apparently, launching one VR headset this spring isn't enough for the folks at Oculus. In addition to the standalone Oculus Quest, the company announced today that it'll also be launching the Oculus Rift S.
Turtle Rock Studios, the developer best known for its work on Left 4 Dead, today announced its new VR game, Journey of the Gods. As teased ahead of GDC this week, Journey of the Gods is an action-adventure RPG. In the game, you go in search of the power of ancient gods, which will allow you to fight back evil. Oculus VP of Product Nate Mitchell previously said the game reminded him of Nintendo's The Legend of Zelda series.
Oculus' showcase VR shooter, Dead and Buried, is getting a sequel. Dead and Buried 2 is coming soon. The game was announced at the 2019 Game Developers Conference (GDC) this week. As with the first, it's a western-themed multiplayer first-person shooter (FPS). Players brawl through saloons and streets in pursuit of becoming the fastest gun in VR. Crucially, though, the sequel allows full freedom of movement through virtual environments.
Following today's announcement of the Oculus Rift S, Oculus stated that support for the original Rift isn't going anywhere. At least for a while. Speaking to UploadVR, VP of Product Nate Mitchell states that "[Oculus] are planning to support Rift for the foreseeable future. All our new content is coming out on Rift. Rift S is just gonna be its replacement." " This shouldn't come as too much of a surprise.


WizKids Games proudly announces the start of the Dominion War in Star Trek: Attack Wing!
WizKids/NECA, LLC (WizKids), the leader in collectible gaming, announced the Dominion War Organized Play event for the forthcoming Star Trek™ HeroClix™ miniatures game line-up— Star Trek: Attack Wing.
In September, WizKids Games kicks off a six-month storyline Organized Play program centered around The Dominion War. In The Dominion War, the Alpha Quadrant is in a time of struggle and chaos. The Jem'Hadar and the Breen Confederacy have established a presence for themselves in the Alpha Quadrant, and with the help of their recent allies, the Cardassian Union, they plan to conquer everything in their path. This engagement proves to be the most devastating ever fought in the Alpha Quadrant.
In the storyline Organized Play program, stores carrying Star Trek: Attack Wing will host tournaments for players to challenge each other for dominance of the Alpha Quadrant. Players will collect a participation prize each month as well as compete for a new playable ship that will only be offered via the Organized Play events. The player with the best record over the six-month event will be bestowed the title of Fleet Admiral and awarded a special grand prize at the end of the program.
Preorders are still being taken for the Star Trek: Attack Wing Starter Set and first 8 expansions packs that launch this August at GenCon 2013, during which players can experience demos at the WizKids booth as well as limited tournaments to get a first look at this exciting game system.
Under license by CBS Consumer Products, Star Trek: Attack Wing utilizes the FlightPath™ maneuver system featuring pre-painted miniatures of iconic ships from the Star Trek universe. Assemble your fleet and customize your ships with different Captains, Crew, Weapons and Tech upgrades. The Star Trek: Attack Wing Starter Set (SKU 71120)— which includes the U.S.S. Enterprise-D/Galaxy-class, I.K.S. Maht-H'a/Vor'cha-class and I.R.W. Khazara/D'deridex-class ships as well as a rulebook and all the components needed to play— releases in August along with the first 8 expansion packs of two each of Federation, Romulan, Klingon and Dominion faction ships.
For more information about Star Trek: Attack Wing, visit WizkidsGames.com/StarTrek or follow WizKids on Facebook and Twitter.


The Strawberry, Spinach & Feta Salad is much loved for so many reasons. The flavour combination, the easy preparation, the flexibility with ingredients & variety of foods to partner. It really is a game-changer. Using fresh seasonal strawberries, baby spinach, olive oil & avocado as the base, it covers the grounds for a nutrient powerhouse too. Combining Vitamin C..


text:
Q: Very strange mistake in C when working with arrays I'm a beginner on C and I don't understand all features of this beautiful language yet.
So, I have a very strange problem which doesn't affect my solution at all, I anyway get the right result.
So, the task is:

*

*Given an array of integers.

*Return an array, where the first element is the count of positives numbers and the second element is sum of negative numbers. 0 is neither positive nor negative.

*If the input is an empty array or is null, return an empty array.

*Example:
For input [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, -11, -12, -13, -14, -15], you should return [10, -65].
My solution:
void count_positives_sum_negatives(
  int *values, size_t count, int *positivesCount, int *negativesSum)
{
  while(count-- > 0 ? (*values > 0 ? ++*positivesCount : (*negativesSum += *values)) + values++ : 0);
}

'count' contains size of array
But it gives me this "error" or "warning", which strangely doesn't affect my program at all:
solution.c:6:94: warning: unsequenced modification and access to 'values' [-Wunsequenced]
  while(count-- > 0 ? (*values > 0 ? ++*positivesCount : (*negativesSum += *values)) + values++ : 0);
                        ~~~~~~                                                               ^
1 warning generated.

How do I fix this?
FIXED:
while(count-- > 0 ? (*values > 0 ? ++*positivesCount : (*negativesSum += *values)) + 1 : 0) values++;

A: You write (*values...) + values++. There's no sequence point between the operands of +, so reading from (ie: using values in the expression *values) and writing to (ie: updating values in values++) is undefined behavior.
To fix, simply write the code more simply, using multiple statements and expressions rather than try to one-line it.
For example, I might write it like this:
typedef struct stats_s {
    int positive_counts;
    int64_t negative_sum;
} stats_s ;

stats_s get_stats(const int *xs, size_t count) {
    stats_s s = {0, 0};
    for (size_t i = 0; i < count; i++) {
        if (xs[i] > 0) s.positive_counts++;
        else s.negative_sum += xs[i];
    }
    return s;
}

A: On your question
"But it gives me this "error" or "warning", which strangely doesn't affect my program at all".
It's a warning. Usually when you get a warning, you have a problem in your code. In this case you have Undefined Behavior (UB on StackOverflow).
For your specific question ("How do I fix this?"), the answer is "don't write such monstrosity". Avoid one liners.
But, probably you want to know where the problem is. The problem is that in this sum
(*values > 0 ? ++*positivesCount : (*negativesSum += *values)) + values++
  ~~~~~~                                                               ^

you can legally evaluate values++ before or after *values. So, depending on the compiler feeling for this, it can generate different machine code (and behavior) for the same source code. It's usually possible to observe this, by changing the optimization levels or in MSVC switching between Debug and Release mode.
What did you expect? values++ to happen after the first term is evaluated? Then put it in another statement.
On the problem statement
In C language you cannot "return an array". So it's impossible to fulfill the request. Your code lacks all the checks required by the problem statement. You also didn't reset the accumulator variables.
If we assume that "return an array" = "return an allocated piece of memory able to contain two numbers or NULL to indicate an empty array" (which is totally arbitrary), this could be a solution:
int *count_positives_sum_negatives(int *values, size_t count)
{
    if (values == NULL || count == 0) {
        return NULL;
    }
    int *ret = calloc(2 * sizeof(int));

    for (size_t i = 0; i < count; ++i) {
        if (values[i] > 0) {
            ret[0] += 1;
        }
        else {
            ret[1] += values[i];
        }
    }

    return ret;
}

A: I found the solution, just move values++ to the body of the loop:
#include <stddef.h>

void count_positives_sum_negatives(
  int *values, size_t count, int *positivesCount, int *negativesSum)
{
  while(count-- > 0 ? (*values > 0 ? ++*positivesCount : (*negativesSum += *values)) + 1 : 0) values++;
}

So no more undefined behaviour.

redpajama_set_name: RedPajamaStackExchange


text:
Q: Strange error while doing a multiplication in java? public static int NUM_FRAMES = 8;
public static int FRAME_REPEAT_NO = 2;
int height = 24;
//bitmap.getWidth() is 168 and bitmap.getHeight() is 91

double w = bitmap.getWidth();
w = w/NUM_FRAMES;
w = w*FRAME_REPEAT_NO;
w = w*height;
w = w/bitmap.getHeight();

I do this and i get the value of w as 11.07 which is correct.
But when i do this:
double w  = FRAME_REPEAT_NO*(bitmap.getWidth()/NUM_FRAMES)*(height/bitmap.getHeight());

value of w is always 0;
Can someone explain to me why this is happening?
P.S. I'm doing it in an android app...

A: Cast int to double
double w  = FRAME_REPEAT_NO*(bitmap.getWidth()/((double)NUM_FRAMES))*(height/((double)bitmap.getHeight()));

A: You're using integer arithmetic in a situation that requires floating point arithmetic:
double w = FRAME_REPEAT_NO*(bitmap.getWidth()/NUM_FRAMES)*(height/bitmap.getHeight());
//     w =              2 * (168             / 8       ) * (  24 / 91);
//     w =              2 * (21                        ) * ( 0 );
//     w = 0;

As @JigarJoshi pointed out, the solution is to make sure you use floating point arithmetic. You can cast as per his suggestion, or you can do something like this:
public static float NUM_FRAMES = 8.0f;
public static float FRAME_REPEAT_NO = 2.0f;
float height = 24.0f;

float w  = FRAME_REPEAT_NO * (bitmap.getWidth() / NUM_FRAMES) *
                             (height / bitmap.getHeight());

A: Follow the BODMAS RULE... I got the desired output using this rule...
Highest to Lowest priority..
B - Brackets
O - Power
DM - Divison and Multiplication
AS - Addition and Substraction
 w =  ((w/NUM_FRAMES)*(FRAME_REPEAT_NO)*(height))/bitmap.getHeight();

Output:
    11.076923076923077

A: Others have already addressed your question, so I won't repeat their answers, but one suggestion I'll make. Consider computing your result using
w = (double)(FRAME_REPEAT_NO * bitmap.getWidth() * height) / (double)(NUM_FRAMES * bitmap.getHeight())
This allows you to live in the predictable land of integers until the very end where you do the division. So any error in the result comes from a single operation instead of aggregating multiple errors. And if for whatever reason you decided you wanted to get an integer result, you can drop the doubles and still get 11 as the answer.
Not a big deal but just thought I'd put it out there.
EDIT: I saw from your comment on another post that you actually want the 11. Good. So just drop the doubles altogether:
w = (FRAME_REPEAT_NO * bitmap.getWidth() * height) / (NUM_FRAMES * bitmap.getHeight())
Answer is exactly 11 (integer), which is different by the way than the floating point approximation of 11.0.


text:
Biografia
È la sorella maggiore del cestista Nejc.

Carriera

Nazionale
Con la  ha disputato tre edizioni dei Campionati europei (2017, 2019, 2021).

Note

Altri progetti

Collegamenti esterni


text:
Billionaire Boys Club es una película estadounidense biográfica de crimen y drama dirigida por James Cox y coescrita junto a Captain Mauzner. La película está protagonizada Ansel Elgort, Taron Egerton, Jeremy Irvine, Kevin Spacey, Emma Roberts, Suki Waterhouse, Judd Nelson y Billie Lourd. La fotografía principal  comenzó el 7 de diciembre de 2015, en Nueva Orleans.

Sinopsis
Basada en hechos reales sigue la historia de Joe Hunt (Ansel Elgort) y Dean Karney (Taron Egerton) dos amigos, quienes convencieron a sus ex-compañeros de clase en Harvard para crear un fondo de inversiones llamado Club de Chicos Billonarios que les catapultaría a los escalones más altos de la sociedad de Los Ángeles en los años 80.

Reparto

 Ansel Elgort como Joe Hunt.
 Taron Egerton como Dean Karny.
 Kevin Spacey como Ron Levin.
 Jeremy Irvine como Kyle Biltmore.
 Cary Elwes como Andy Warhol.
 Emma Roberts como Sydney.
 Kathryn Newton como Marcia.
 Billie Lourd como Rosanna Tickpurth.
 Luke Whoriskey como Oscar Goldstein.
 Suki Waterhouse como Quintana.
 Judd Nelson como Ryan Hunt.
 Ryan Rottman como Scott Biltmore.
 Thomas Cocquerel como Charlie.
 Carmen Illán como mujer de Samedi.
 Bokeem Woodbine como portero.
 Brando Marler como una Artista de la fábrica de Thurston.
 Kevin Bratcher como un Chico golpeado en Cougar.
 Maurice Johnson como el Detective #2.

Producción
El 13 de mayo de 2010, The Hollywood Reporter confirmó que James Cox sería el director de una película biográfica de crimen y drama multimillonario denominada Billionaire Boys Club, basada en una historia real sobre un grupo chicos jóvenes y ricos en Los Ángeles durante la década de 1980 que comenzó un Billionaire Boys Club para realizar un esquema Ponzi. Cox escribió el guion en cuatro meses después de una investigación exclusiva de los eventos con su hermano Stephen y debieron pasar otros cuatro meses. Cox reunió el material del guion de los documentos de la corte, transcripciones y artículos de medios de comunicación, y declaró: "como estábamos escribiendo esto, pensé, "¿Qué pasaría si 'Wall Street' se convirtió en 'Alpha Dog' a la mitad?"; y se anunció que Holly Wiersma produciría la película.

El 29 de octubre de 2015, Ansel Elgort y Taron Egerton se unieron elenco de la película con los personajes principales, Elgort como Joe Hunt, el líder del grupo y experto financiero, y Egerton como Dean Karny, un jugador de tenis profesional. Captain Mauzner también co-escribió el guion junto a Cox, mientras que los productores de la película serían Wiersma y Cassian Elwes, y serían financiados por la productora, Armory Films. Good Universe se ocuparía de las ventas internacionales.

El 3 de noviembre de 2015, Kevin Spacey firmó un contrato para jugar el papel de un gran apostador de Beverly Hills, Ron Levin. El 5 de noviembre de 2015, Emma Roberts se unió al elenco principal para personificar a Sydney, el interés amoroso de Joe Hunt. El 24 de noviembre de 2015, Suki Waterhouse fue elegido para jugar el papel de Quintana, el interés amoroso de Dean Karny.

El 5 de diciembre de 2015, Variety informó que Judd Nelson, quién originalmente iba a interpretar el papel de Joe Hunt en Billionaire Boys Club de 1987 pero finalmente jugaría el papel de Ryan Hunt, padre de Joe en esta película. El 7 de diciembre de 2015, Ryan Rottman se unió al elenco de la película para jugar el papel de Scott, uno de los dos gemelos guapos adoptadas por el propietario de Maybelline, quién fue el primero que invirtió en el Club. El 8 de diciembre de 2015, se anunció que Thomas Cocquerel se unió a la película.

La fotografía principal de la película comenzó el 7 de diciembre de 2015 en Nueva Orleans. El 15 de diciembre de 2015, Variety informó que Billie Lourd, Bokeem Woodbine y Jeremy Irvine se habían unido al elenco de la película con personajes secundarios, Irvine como Kyle Biltmore, uno de los miembros de Billionaire Boys Club, Lourd como Rosanna, su interés amoroso, y Woodbine como el portero del club que llega a ser partícipe en el club.

Recepción
Billionaire Boys Club ha recibido reseñas generalmente negativas de parte de la crítica y de la audiencia. En Rotten Tomatoes, la película posee una aprobación de 8%, basada en 12 reseñas, con una calificación de 3.5/10, mientras que de parte de la audiencia tiene una aprobación de 38%, basada en 222 votos, con una calificación de 2.9/5

Metacritic le ha dado a la película una puntuación de 30 de 100, basada en 5 reseñas, indicando "reseñas generalmente desfavorables". En el sitio IMDb los usuarios le han dado una calificación de 5.6/10, sobre la base de 5074 votos. En la página FilmAffinity tiene una calificación de 4.9/10, basada en 274 votos.

Véase también
Highway
Wonderland
Straight A's

Referencias

Enlaces externos

Películas en inglés
Películas de 2018
Películas de Estados Unidos
Películas rodadas en Nueva Orleans
Películas ambientadas en Los Ángeles
Películas ambientadas en los años 1980
Películas basadas en hechos reales
Películas dramáticas de Estados Unidos
Películas biográficas
Películas policíacas

Películas de suspenso dramático de los años 2010
Representaciones culturales de Andy Warhol


text:
SEC announces equity crowdfunding rules
Washington D.C. - According to the State Science and Technology Institute (SSTI), "The Securities and Exchange Commission adopted final rules to update and expand Regulation A, an existing exemption from registration for smaller issuers of securities. The new Regulation A+ will enable smaller companies to offer and sell up to $50 million of securities in a 12-month period, subject to eligibility, disclosure and reporting requirements."
The new rules update and expand Regulation A, an existing exemption from registration for smaller issuers of securities. The rules are mandated by Title IV of the Jumpstart Our Business Startups (JOBS) Act.
The updated exemption will enable smaller companies to offer and sell up to $50 million of securities in a 12-month period, subject to eligibility, disclosure and reporting requirements.
"These new rules provide an effective, workable path to raising capital that also provides strong investor protections," said SEC Chair Mary Jo White. "It is important for the Commission to continue to look for ways that our rules can facilitate capital-raising by smaller companies."
Under Regulation A+, there are two tiers of offerings that companies may make that include:
· Tier 1 – for offerings of securities of up to $20 million in a 12-month period with no more than $6 million in offers by selling security-holders that are affiliates of the issuer; and,
· Tier 2 – for offerings of securities of up to $50 million in a 12-month period with no more than $15 million in offers by selling security-holders that are affiliates of the issuer.
Both tiers are subject to certain basic securities requirements while tier 2 offerings are also subject to additional disclosure and ongoing reporting requirements.
For the press release: http://www.sec.gov/news/pressrelease/2015-49.html#.VSBgD_nF_E5

redpajama_set_name: RedPajamaCommonCrawl


Gallery Munro House (formerly Leeds Gallery) is an independent commercial art gallery in Leeds, West Yorkshire specialising in Photography, Illustration and Fine Art. With a focus that is both local and national the gallery's aim is to support local arts and culture while also bringing artists and their work to the city from further afield.
Exhibitions are usually on a 2 to 4 week turnaround. Work is hung using a flexible cable and track-based system, allowing us to take the space back to a 'white box' relatively quickly – this is particularly useful for 'pop-up' exhibitions and events.


text:
HSTS
Home › Music › Browse Artists › David Klinkenberg
David Klinkenberg
Accomplished violinist David Klinkenberg, best known for his touring and performing with highly regarded artist, Jim Brickman, Mark Schultz and as an artist in his own right, delivers his unique style of worship with the release of his latest project, Legacy…Hymns of Our Heritage
Accomplished violinist David Klinkenberg, best known for his touring and performing with highly regarded artist, Jim Brickman, Mark Schultz and as an artist in his own right, delivers his unique style of worship with the release of his latest project, Legacy…Hymns of Our Heritage, exclusive to Family Christian Stores. On this record, which was made available on September 18, Klinkenberg delivers an array of classic hymns tinged with gospel, bluegrass, jazz, pop and old world; played in unique worship only Klinkenberg's "fiddle" can convey.
From the ethereal strains of Holy, Holy, Holy, to the Celtic-influenced cadence of Be Thou My Vision, Klinkenberg takes the familiar melodies on a journey not heard before. On the project, Klinkenberg even offers up a bluegrassy version of A Mighty Fortress Is Our God and easily transitions to a moving rendition of the world's most famous hymn, Amazing Grace. David Klinkenberg's artistry continuously points you past the performer and toward the Creator.
Klinkenberg has been developing his artistry as a violin player since the age of four. As his talent developed, he began playing churches and local concert halls leading to his current relationship with Brickman and achieving success with his tours of solo performances. But for Klinkenberg, the feeling he gets playing his "fiddle" is nothing short of a powerful worship experience, rather than a mere performance.
"My first memories are of playing the violin," Klinkenberg notes. "And I started playing the violin in church at a very early age, so the concept of worshipping with the violin was ingrained in me as a child. Now it is hard for me to worship without the violin. It was just such an integral part of my spiritual development."
Visit Site: Official David Klinkenberg Site
Genres: Pop
David Klinkenberg promo
Rocktober: What's Hot In Rock Right Now
The season for hayrides, pumpkin carving, bobbing for apples and candy grabbing is in full swing and the current rock scene looks just as appealing. Though nothing can ever top Michael Jackson's spine chilling blockbuster Thriller, there are still plenty of October rock releases to heat up...
Skillet To Lead All-Star Line-Up for Winter Jam 2012 Tour Spectacular
NASHVILLE, Tenn.— The Winter Jam Tour Spectacular, Christian music's largest annual tour and Pollstar's #1 tour in attendance for the first quarter of this year, announced its highly anticipated 2012 artist and city line-up during a special launch event held in Nashville. ...
Natalie Grant: the gmc Interview
Making her acting debut in gmc's World Premiere movie, Decision, Dove Award winning Natalie Grant stayed true to her 'take every opportunity and run with it' philiosophy. That drive, that spirit, permeates everything she does.There is no doubt that Natalie Grant is now one of the...
Legacy...Hymns of Our Heritage
Uplifting Urban
Urban, Hip-hop and Gospel music's finest artists including Kirk Franklin, Lecrae, Mary Mary,...
Uplifting Pop
Catch the latest pop music videos from Amy Grant, Brandon Heath, MercyMe, Francesca Battistelli,...
Don't Forget the Lyrics
Kathryn Gilbert
Contestants compete for $50,000 by singing karaoke-style songs from different genres, decades and...
Sam Bakdash
The 4Troops
Shane & Shane, "Lift Up The Light"
Uptown Sat. Night Movies


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Embed DIAL networks and digital literacies developments into UAL web environment, policies and practices.
Define, debate and test impact of new institutional terms, definitions and policies including: flexible learning, digital citizenship, digital literacy/capability and open education.
Improved graduate employability by enhancing presentation skills and professional online identities.
What makes UAL a forward thinking university in terms of its digital capacity?
DIAL project or programme? (The DIAL project was always going to be bigger than a project and by acknowledging this and looking at DIAL as a potential UAL programme we can better build a case for developing a UAL wide digital strategy and sustainability plans to develop and maintain progressive digital practice at UAL. So DIAL will run as a programme and do its best to acknowledge as wide a spectrum of issues as possible although it cannot address everything.
Following inclusion of IT (Philip Gourlay) on the DIAL project board and hearing our objectives the DIAL IT representative would like to address and establish a more open presence in UAL to help communicate better their activities, they would also like to pilot improved online resources and more participatory online environments for IT support.
Following the JISC baseline, the DIAL project board has agreed to support the development of an official institutional baseline report for its digital provision across all colleges and departments. This will begin with each college developing an open blog to cluster baseline specific information about their college, an Institutional blog will also be developed.
IT & IS would like to address and establish a more open presence in UAL to help communicate more about what there activities, they would also like to pilot improved online resources and more participatory online environments.
Define, debate and test impact of new institutional terms, definitions and policies including: flexible learning, digital citizenship and open education.
DIAL Will be presenting and participating in a session around digitally enhanced learning on the 29th June at the Forum for Programme Directors and Course Leaders.
DIAL to encourage, support and collaborate with 'staff led' fellowships, secondments and projects' to mutual benefit of the staff involved and the common good.
Explore and debate relationships between digitally enhanced learning and perceived barriers to progressive practice including online identity, time and skills.
When and how should student's set up their Professional Identity?
What are the skill sets that employers are looking for from our students?
What role is Web 2 technology playing in supporting them/this?
This survey has been created in Google Docs. We identified a problem across colleges of departments and courses wanting to evaluate skill level and digital use. Replication and repetition were a problem, several courses and departments are using this data and using the Survey tag field at the bottom so we can filter their data for local analysis.
Carry out interventions and case studies that enquire and inform change and development in individual practice and student engagement and that have potential to initiate course level curriculum change.
Integrate DIAL initiatives and resources with the new Student Enterprise & Employability Service (SEE), bringing together the work of Creative Careers, the Enterprise Centre for the Creative Arts (ECCA), Artquest, Own-it and ArtsTemps.
representation online skills to create and present professional self; including online presentation skills, personal website development and online professional identities.
How do lecturers who are also artist promote their own practice?
Explore UAL networked online communities within the university and the potential for national and international collaboration from courses, colleges, disciplines, industry and wider sectors.
Enhance student understanding of digitally enhanced learning within the context of flexible learning.
Improve perspectives, engagement and understanding of online learning resources.
This Work, DIAL project update, Strategic Development SMT 22/05/12, by cfollows is licensed under a Creative Commons Attribution 3.0 Unported license.


text:
title: Get Your World of Warcraft Visa!
author: ajordens
layout: post
permalink: /2007/05/get-your-world-of-warcraft-visa/
categories:
  - citations
---

This just in. First National Bank of Omaha is now issuing World of Warcraft-branded Visa cards.

*Accrue World of Warcraft gametime at the rate of 1% of every dollar in qualifying purchases. The World of Warcraft Rewards Visa is the only card that pays you to play.*

Pretty funny if you ask me. Fortunately (or unfortunately) I live in Canada so likely won’t be seeing too many of these cards around.

redpajama_set_name: RedPajamaGithub


Love among the ruins of Burn-Jones brings more than $ 22 million to London's Christie on July 11, 2013. This sets a new world record for the artist's creativity, the third highest auction price for Victorian painting, and the high price ever given for the sale of Victorian painting in London in the 19th century.
Lovers are almost always selfish. They do not care about others, but what about those around them – to the rest of the world! The main thing is to quickly retire, enjoy each other's company, cherish every moment spent alone with your loved one. And, by no means always for intimacy, to which it is still necessary to grow and mature.
English artist Edward Bern-Jones, whose painting "Love in ruins" at auction in the summer of 2013, was sold for an unexpectedly fabulous sum, is not so known to the general public, except to connoisseurs of art. But his modest talent, perhaps, still awaits his time and an adequate assessment.
The very word "ruins", if you do not see the pictures, sets the decadent mood – you involuntarily start imagining ruins, chaos everywhere, possibly even dead bodies. However, these are deceived expectations, which, however, is encouraging. The place where the artist "spied" for the two lovers, it is difficult to call ruins in the literal sense of the word – it's rather a deserted castle, in the courtyards and passages of which the weeds and even trees were rampant. Nestled on the steps of the porch, the young couple seemed to be frozen.
The young man closed his eyes dreamily and tilted his head to the beloved's hair. She embraced him convulsively by the neck and tensely peers into the distance. The face reads anxiety and fright, the girl as if foresees the coming misfortunes that they can not be together.
Description and meaning of the painting Love among the ruins by Edward Burne-Jones.


text:
Labour can only stand by and watch their electoral destruction
Posted bystephenjdaisley	 March 5, 2015 September 13, 2016 Leave a comment on Labour can only stand by and watch their electoral destruction
The latest glut of Lord Ashcroft polling data is nothing short of horrendous for Scottish Labour.
It's also terrible for the Liberal Democrats but we don't have time to deal with their problems right now.
The polling of five Labour-held seats, along with two Lib Dems constituencies and the sole Tory outpost in Scotland, shows Labour losing four to the SNP.
Ayr, Carrick and Cumnock; Dumfries and Galloway; outgoing MP Alistair Darling's Edinburgh South West; and also departing Gordon Brown's Kirkcaldy and Cowdenbeath — all would fall to the Nationalists in swings ranging from 20% to 28.5%.
Amongst those seats in focus, only East Renfrewshire — represented by Scottish Labour leader Jim Murphy — would stay red, and by a whisker at that.
One respected number-cruncher extrapolated Lord Ashcroft's data across Scotland. It would result, he estimated, in the SNP taking 56 out of Scotland's 59 Westminster seats.
This is the second thumping handed out to Scottish Labour by the Tory peer's polling operation. His first run of Scotland polling in February, rumoured to show Labour in a better position than in most other polls, in fact forecast devastation for the party in its Glasgow and Lanarkshire heartlands.
The two biggest takeaways from the Ashcroft polling are 1) The SNP isn't going to win the general election in Scotland by a landslide, they're going to win it by an avalanche, and 2) Seats that were once stone-rigid safe for the incumbent party are now marginals.
The cull looks set to be entirely indiscriminate. Lefties and Blairites, pro-Iraqers and anti-Iraqers, Tory platform-sharers and Better Together shunners.
In one sense, a clear-out would do the party the world of good. Sweep away the deadwood, blow away the cobwebs. Labour would be able to rebuild with fresh faces and new ideas.
But can a party rebuild itself if deprived of all its talent? There are plenty of mediocre Scottish Labour MPs; people like Margaret Curran, Douglas Alexander, and Tom Harris are not amongst them. But they would be brushed aside along with the placeholders and seat-clingers if these swings played out on polling day.
The best and the brightest of the 2010 intake could be kicked out too, people like Gregg McClymont in Cumbernauld, Kilsyth and Kirkintilloch East and Thomas Docherty in Dunfermline and West Fife. Both have shown signs of real political ability, as has Tom Greatrex. The latter's position in Rutherglen and Hamilton West is stronger — he took 60% of the vote last time — but no Labour seat can be considered safe anymore.
The defeat of such MPs, seasoned veterans and the promising next generation, would not auger well for Labour's chances of getting back up on its feet in the near future.
The question every Labour MP is asking is 'Why?'
After Jim Murphy's brief time at the helm, he has not managed to turn his party's fortunes around and with 60 days to go the task is all but insurmountable. It might be tempting for some MPs to lay the blame for the coming catastrophe at his door. They are about to lose what they assumed was a job for life and that can't be easy.
But Jim Murphy is not the reason Labour faces electoral oblivion. He has failed to win back Yes-voting (ex-)Labour people because they don't want to be won back. At least not yet, and probably not for a good while.
The electorate isn't impressed by Murphy's leftwards tack, the pressure put on Nicola Sturgeon over the "NHS crisis" in Scotland, or the Labour leader's attempts to reach out to supporters of independence. They don't want to be impressed.
They've decided on the direction of travel and won't be diverted before May 7. You change if you want to, Labour. The voters are not for turning.
Labour hopes, with more optimism than evidence, that the fear of a Tory government will snap the public out of this fit of rebellion. But, as we saw in polling for the referendum, once people went Yes they didn't go back. That pattern appears to be repeating here.
If Labour cannot provoke an eleventh-hour bolt by the voters, their sole remaining hope is tactical voting.
If yellow, green and red nationalists can have a "Yes Alliance", why can't No voters throw their support behind whichever party would frustrate the SNP in their constituency? After all, this isn't really a general election. It's a second independence vote in all but name, albeit with a slightly smaller prize for the Nationalists. A referendum without the risks, if you will.
According to Lord Ashcroft, the SNP is poised to grab Aberdeenshire West & Kincardine from the Liberal Democrats. But if half of the constituency's Labour voters and half of the Lib Dems lent their vote to the Conservative candidate Alexander Burnett, they could deny the Nationalists the seat.
The peer's polling has Jim Murphy neck-and-neck with the SNP in leafy, affluent East Renfrewshire. If just a quarter of Tory voters threw their weight behind the moderate Labour MP, the Nationalists' hopes would be dashed.
In Ross, Skye & Lochaber, the popular left-wing Liberal Democrat Charles Kennedy is sitting five points behind the SNP. But if half the seat's Labour and Conservative voters backed him, he could narrowly see off the challenge.
There have been some, mostly low-level, calls for a No Alliance but the Ashcroft polling makes for uncomfortable reading for anyone pinning their hopes on a coalition of the nose-holders.
Labour, Conservative and Liberal Democrat voters show little sign of embracing tactical voting. In East Renfrewshire, now inexplicably a Labour-SNP marginal, 72% of Conservative supporters rule out voting Labour at the same time that only 68% of Labour voters say they would definitely not back the SNP. In Labour-held Dumfries and Galloway, only the Tories can stop the SNP according to Lord Ashcroft but 82% of Labour identifiers refuse to vote Conservative. That is 21% higher than the percentage who refuse to vote for the Nationalists.
No voters may outnumber Yes voters in Scotland but there is a vital difference: Nationalists want independence more than Unionists want to stop the SNP. This makes tactical voting, Labour's last best hope, no hope at all.
Scottish politics and society are undergoing landmark changes and there is little Labour can do except stand on the sidelines and watch history being made.
Originally published on STV News. Feature image © Philip Halling and licensed for reuse under this Creative Commons Licence.
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Posted bystephenjdaisley March 5, 2015 September 13, 2016 Posted inUncategorized
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In praise of the leaflet-stuffers, door-knockers and dog-dodgers of #GE15
Two leaders but only one Prime Minister at Labour conference
Stephen Daisley, Powered by WordPress.com.


text:
Climate Impacts in the Southeast | United States Environmental Protection Agency - EPA
REPORT: U.S. Southeast Atlantic Coast Facing Threat of Sea-Level Rise in Next 10 Years
NEW DATA REFLECT A 30 PERCENT INCREASE IN HIGHLY VULNERABLE AREAS IN THE REGION SINCE 2000
BREVARD COUNTY, FLORIDA – New research shows 75 percent of the Atlantic Coast from North Carolina to Central Florida will be highly vulnerable to erosion and inundation from rising tides by 2030, negatively impacting many coastal species' nesting habitats.
The new data reflect a 30 percent increase in highly vulnerable areas in the region since 2000, the date of previous projections from the U.S. Geological Survey's Coastal Vulnerability Index.
The findings come from a study in the The Journal of Wildlife Management, which was led by Betsy von Holle, a biologist at the University of Central Florida.
Some of the coastal species at risk include loggerhead and green sea turtles, threatened species that nest along the shoreline and already face challenges such as an uptick in infectious diseases.
According to the study, sea-level rise will increase the risk of erosion in about 50 percent of the nesting areas for those species by the next decade.
"We need to know not only what areas are going to be the most affected by sea-level rise, but also those species most vulnerable to sea-level rise in order to figure out management plans for coastal species," von Holle says.
Seabirds don't fare any better, according to the study.
High-density seabird nesting habitat along the coast for the gull-billed tern and the sandwich tern is expected to have approximately 80 and 70 percent increased risk of erosion and inundation from sea level rise by 2030, respectively.
Brown pelicans face somewhat less risk, the study showed, with only about 20 percent of their high-density nesting habitats having increased potential for inundation and erosion due to sea level rise.
This is possibly because they preferentially nest in higher elevation areas, such as on artificial dredged material islands.
"We're surprised that there were such big differences in the different species in terms of their vulnerability to sea level rise," Von Holle says.
"When there is erosion and inundation during the reproductive seasons, it has large impacts on species," she says.
"A lot of these species that we studied are threatened and endangered species, so just knowing that sea level rise will be a threat to certain species in the future helps managers figure out how to prioritize their management actions."
Although sea-level rise is a threat to coastal species, experts say so are human-made structures, such as sea walls, as they prevent the beach from naturally migrating inland. Without those types of structures, the shoreline and coastal species could better adapt to the rising seas, as they have done when faced with the threat in the past.
UCF BIOLOGIST: Dr. Betsy Von Holle is interested in the landscape patterns and community mechanisms that influence the addition of species into ecosystems. Her research interests span four related themes: 1) the investigation of ecosystem and anthropogenic factors that influence invasion by nonnative species, 2) understanding changes in ecosystem function as a result of ecological restoration, 3) the characterization of the impact and type of species to invade natural areas, and 4) economic impacts and policy implications of nonnative species invasions. (UCF image)
How they did it
To perform the study, the researchers updated the U.S. Geological Survey's Coastal Vulnerability Index for the South Atlantic Bight — an area that extends from Cape Hatteras, North Carolina, to Sebastian Inlet in Brevard County, Florida — using updated sea-level rise projection data from multiple sources.
The area includes the Archie Carr National Wildlife Refuge in Brevard and Indian River counties, which is one of the most important loggerhead nesting habitats in the world and the most important green turtle nesting area in the U.S.
Using the updated data, the area of the South Atlantic Bight considered to be highly vulnerable to the effects of sea level rise increased from 45 percent in 2000 to a projected 75 percent by 2030.
The researchers then layered existing geographical data about species' nesting density onto the vulnerability projections to determine the overlap between coastal species nesting locations and vulnerability to sea level rise by 2030.
They looked at habitat data for 11 coastal animals, including three sea turtle species, three shorebird species and five seabird species.
In addition to von Holle, study authors included Jennifer L. Irish and Nick R. Taylor with Virginia Tech; Annette Spivy with the University of Maryland; John F. Weishampel, a professor in UCF's Department of Biology and associate dean of UCF's College of Graduate Studies; Anne Meylan with the Florida Fish and Wildlife Conservation Commission; Matthew H. Godfrey with the North Carolina Wildlife Resources Commission; Mark Dodd with the Georgia Department of Natural Resources; Sara H. Schweitzer with the North Carolina Wildlife Resources Commission; Tim Keyes with the Georgia Department of Natural Resources; Felicia Sanders with the South Carolina Department of Natural Resources; Melissa K. Chaplin with the U.S. Fish and Wildlife Service.
Von Holle received her doctorate in ecology and evolutionary biology from the University of Tennessee-Knoxville. She joined UCF in 2007.
The research was funded by the South Atlantic Landscape Conservation Cooperative.
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