Frontier Fields Supernova Search

Steve Rodney; Marusa Bradac; Gabriel Brammer; Lise Christensen; Alex V. Filippenko; Ryan Foley; Melissa Lynn Graham; Or Graur; Jens Hjorth; Saurabh W. Jha; Patrick Kelly; Thomas Matheson; Curtis McCully; Alberto Molino Molino; Adam Riess; Kasper Borello Schmidt; Jonatan Selsing; Louis-Gregory Strolger; Tommaso L. Treu; Benjamin Weiner; Adi Zitrin

Frontier Fields Supernova Search

Steve Rodney, Marusa Bradac, Gabriel Brammer, Lise Christensen, Alex V. Filippenko, Ryan Foley, Melissa Lynn Graham, Or Graur, Jens Hjorth, Saurabh W. Jha, Patrick Kelly, Thomas Matheson, Curtis McCully, Alberto Molino Molino, Adam Riess, Kasper Borello Schmidt, Jonatan Selsing, Louis-Gregory Strolger, Tommaso L. Treu, Benjamin WeinerAdi Zitrin

Department of Physics

Ben-Gurion University of the Negev

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

The HST Frontier Fields (HFF) program presents an extraordinary opportunity for the detection of lensed, high-redshift transients (primarily supernovae, SNe) out to z~3. Over the last 2 years we have been searching the HFF data and following up lensed transients and their host galaxies with HST imaging and ground-based spectroscopy. We have discovered ~40 SNe, which will contribute to tests of Type Ia SN progenitor models by improving rate measurements reaching to ∼2.5. Our sample also includes a subset of highly magnified objects like the multiply imaged SN Refsdal. Positions and time delays of such multiply imaged transients provide powerful constraints for the dark matter distribution in galaxy clusters. In addition, our collection of lensed Type Ia SNe are providing a rigorous test of cluster mass models by directly measuring the lensing magnification. Finally, the rapid and deep imaging of the HFF program has surprisingly opened up a new discovery space, revealing at least one peculiarly fast and faint astrophysical transient. We propose to extend this program into the third and final year of the Frontier Fields survey, finishing the collection of this unique and diverse sample of distant transients.

Original language	American English
Title of host publication	HST Proposal. Cycle 23
Pages	14208
State	Published - 2016

Publication series

Name	HST Proposal. Cycle 23

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http://adsabs.harvard.edu/abs/2016hst..prop14208R

Cite this

Rodney, S., Bradac, M., Brammer, G., Christensen, L., Filippenko, A. V., Foley, R., Graham, M. L., Graur, O., Hjorth, J., Jha, S. W., Kelly, P., Matheson, T., McCully, C., Molino, A. M., Riess, A., Schmidt, K. B., Selsing, J., Strolger, L-G., Treu, T. L., ... Zitrin, A. (2016). Frontier Fields Supernova Search. In HST Proposal. Cycle 23 (pp. 14208). (HST Proposal. Cycle 23). http://adsabs.harvard.edu/abs/2016hst..prop14208R

@inproceedings{3e3ab2c6a50a4708b56553316daef63d,

title = "Frontier Fields Supernova Search",

abstract = "The HST Frontier Fields (HFF) program presents an extraordinary opportunity for the detection of lensed, high-redshift transients (primarily supernovae, SNe) out to z~3. Over the last 2 years we have been searching the HFF data and following up lensed transients and their host galaxies with HST imaging and ground-based spectroscopy. We have discovered ~40 SNe, which will contribute to tests of Type Ia SN progenitor models by improving rate measurements reaching to ∼2.5. Our sample also includes a subset of highly magnified objects like the multiply imaged SN Refsdal. Positions and time delays of such multiply imaged transients provide powerful constraints for the dark matter distribution in galaxy clusters. In addition, our collection of lensed Type Ia SNe are providing a rigorous test of cluster mass models by directly measuring the lensing magnification. Finally, the rapid and deep imaging of the HFF program has surprisingly opened up a new discovery space, revealing at least one peculiarly fast and faint astrophysical transient. We propose to extend this program into the third and final year of the Frontier Fields survey, finishing the collection of this unique and diverse sample of distant transients.",

author = "Steve Rodney and Marusa Bradac and Gabriel Brammer and Lise Christensen and Filippenko, {Alex V.} and Ryan Foley and Graham, {Melissa Lynn} and Or Graur and Jens Hjorth and Jha, {Saurabh W.} and Patrick Kelly and Thomas Matheson and Curtis McCully and Molino, {Alberto Molino} and Adam Riess and Schmidt, {Kasper Borello} and Jonatan Selsing and Louis-Gregory Strolger and Treu, {Tommaso L.} and Benjamin Weiner and Adi Zitrin",

year = "2016",

language = "American English",

series = "HST Proposal. Cycle 23",

pages = "14208",

booktitle = "HST Proposal. Cycle 23",

}

Rodney, S, Bradac, M, Brammer, G, Christensen, L, Filippenko, AV, Foley, R, Graham, ML, Graur, O, Hjorth, J, Jha, SW, Kelly, P, Matheson, T, McCully, C, Molino, AM, Riess, A, Schmidt, KB, Selsing, J, Strolger, L-G, Treu, TL, Weiner, B & Zitrin, A 2016, Frontier Fields Supernova Search. in HST Proposal. Cycle 23. HST Proposal. Cycle 23, pp. 14208. <http://adsabs.harvard.edu/abs/2016hst..prop14208R>

TY - GEN

T1 - Frontier Fields Supernova Search

AU - Rodney, Steve

AU - Bradac, Marusa

AU - Brammer, Gabriel

AU - Christensen, Lise

AU - Filippenko, Alex V.

AU - Foley, Ryan

AU - Graham, Melissa Lynn

AU - Graur, Or

AU - Hjorth, Jens

AU - Jha, Saurabh W.

AU - Kelly, Patrick

AU - Matheson, Thomas

AU - McCully, Curtis

AU - Molino, Alberto Molino

AU - Riess, Adam

AU - Schmidt, Kasper Borello

AU - Selsing, Jonatan

AU - Strolger, Louis-Gregory

AU - Treu, Tommaso L.

AU - Weiner, Benjamin

AU - Zitrin, Adi

PY - 2016

Y1 - 2016

N2 - The HST Frontier Fields (HFF) program presents an extraordinary opportunity for the detection of lensed, high-redshift transients (primarily supernovae, SNe) out to z~3. Over the last 2 years we have been searching the HFF data and following up lensed transients and their host galaxies with HST imaging and ground-based spectroscopy. We have discovered ~40 SNe, which will contribute to tests of Type Ia SN progenitor models by improving rate measurements reaching to ∼2.5. Our sample also includes a subset of highly magnified objects like the multiply imaged SN Refsdal. Positions and time delays of such multiply imaged transients provide powerful constraints for the dark matter distribution in galaxy clusters. In addition, our collection of lensed Type Ia SNe are providing a rigorous test of cluster mass models by directly measuring the lensing magnification. Finally, the rapid and deep imaging of the HFF program has surprisingly opened up a new discovery space, revealing at least one peculiarly fast and faint astrophysical transient. We propose to extend this program into the third and final year of the Frontier Fields survey, finishing the collection of this unique and diverse sample of distant transients.

AB - The HST Frontier Fields (HFF) program presents an extraordinary opportunity for the detection of lensed, high-redshift transients (primarily supernovae, SNe) out to z~3. Over the last 2 years we have been searching the HFF data and following up lensed transients and their host galaxies with HST imaging and ground-based spectroscopy. We have discovered ~40 SNe, which will contribute to tests of Type Ia SN progenitor models by improving rate measurements reaching to ∼2.5. Our sample also includes a subset of highly magnified objects like the multiply imaged SN Refsdal. Positions and time delays of such multiply imaged transients provide powerful constraints for the dark matter distribution in galaxy clusters. In addition, our collection of lensed Type Ia SNe are providing a rigorous test of cluster mass models by directly measuring the lensing magnification. Finally, the rapid and deep imaging of the HFF program has surprisingly opened up a new discovery space, revealing at least one peculiarly fast and faint astrophysical transient. We propose to extend this program into the third and final year of the Frontier Fields survey, finishing the collection of this unique and diverse sample of distant transients.

M3 - Conference contribution

T3 - HST Proposal. Cycle 23

SP - 14208

BT - HST Proposal. Cycle 23

ER -

Frontier Fields Supernova Search

Abstract

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