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Peter Hoeflich
Professor
PHYSICS SPONSORED PROJECTS | COLLEGE OF ARTS & SCIENCES
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Background
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Science
Cosmology
Astrophysics
Cosmic Radiation
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Title
04-2029
Building the Legacy of Supernova 2023ixf: How Does Molecule Formation Lead to Dust?
Building the Legacy of Supernova 2023ixf: How Does Molecule Formation Lead to Dust?
Space Telescope Science Institute
01-2029
Pioneering Supernova Dust Studies with JWST: Detection of Dust Precursors in SN2024ahv
Pioneering Supernova Dust Studies with JWST: Detection of Dust Precursors in SN2024ahv
Space Telescope Science Institute
06-2028
JWST-GO-04217.008 Probing Early Dust Formation in the Universe via Stripped-Envelope Supernovae
JWST-GO-04217.008 Probing Early Dust Formation in the Universe via Stripped-Envelope Supernovae
Space Telescope Science Institute
02-2028
Unraveling cosmic dust origins: JWST revelations from legacy observations of SN 2023dbc
Unraveling cosmic dust origins: JWST revelations from legacy observations of SN 2023dbc
Space Telescope Science Institute
09-2027
Late Time Spectroscopy of Type Ia Supernovae: Determining the Explosion Mechanism and Elemental Production
Late Time Spectroscopy of Type Ia Supernovae: Determining the Explosion Mechanism and Elemental Production
Space Telescope Science Institute
09-2027
The Full Picture: Determining the Ultra-Late Time MIR Flux Redistribution in SN 2021aefx
The Full Picture: Determining the Ultra-Late Time MIR Flux Redistribution in SN 2021aefx
Space Telescope Science Institute
09-2027
Examining the Heart of Type la Supernova 2021aefx with Ultra-Late Time Spectra
Examining the Heart of Type la Supernova 2021aefx with Ultra-Late Time Spectra
Space Telescope Science Institute
07-2027
Observing Molecule and Dust Formation in the Nearby SN 2024ggi
Observing Molecule and Dust Formation in the Nearby SN 2024ggi
Space Telescope Science Institute
07-2027
Thermonuclear Supernovae: Geometry as Rosetta Stone of The Explosions and Progenitors, and Implications for Precision Cosmology
Thermonuclear Supernovae: Geometry as Rosetta Stone of The Explosions and Progenitors, and Implications for Precision Cosmology
National Science Foundation
08-2026
Dust Our Luck ? Measuring Molecule and Dust Formation in M101?s Hydrogen-rich SN 2023ixf
Dust Our Luck ? Measuring Molecule and Dust Formation in M101?s Hydrogen-rich SN 2023ixf
Space Telescope Science Institute
05-2026
JWST-GO-04436 Near- and Mid-IR Observations to Probe Dust Formation in the Remarkably Nearby Stripped-Envelope Supernova 2023dbc
JWST-GO-04436 Near- and Mid-IR Observations to Probe Dust Formation in the Remarkably Nearby Stripped-Envelope Supernova 2023dbc
Space Telescope Science Institute
01-2026
Dust, Mass Loss and Explosions of Massive Stars in the MIR
Dust, Mass Loss and Explosions of Massive Stars in the MIR
Space Telescope Science Institute
01-2026
19-ATP 19-0200 - Unlocking Type Ia Supernovae with an Ultraviolet Key
19-ATP 19-0200 - Unlocking Type Ia Supernovae with an Ultraviolet Key
Texas A&M University
10-2025
"MIR Spectroscopy of Type Ia Supernovae: The Key to Unlocking their Explosions and Element Production."
"MIR Spectroscopy of Type Ia Supernovae: The Key to Unlocking their Explosions and Element Production."
Space Telescope Science Institute
04-2025
Ultraviolet Spectroscopy of Extreme Standard Candles
Ultraviolet Spectroscopy of Extreme Standard Candles
Space Telescope Science Institute
07-2022
Signatures of Type Ia Supernovae Explosions and their Cosmological Implications
Signatures of Type Ia Supernovae Explosions and their Cosmological Implications
National Science Foundation
08-2021
Collaborative Research: The Carnegie Supernovae Project - Pushing the Precision of Type Ia Supernovae as Cosmological Standard Candles
Collaborative Research: The Carnegie Supernovae Project - Pushing the Precision of Type Ia Supernovae as Cosmological Standard Candles
National Science Foundation
08-2021
Understanding the Origins of Cosmological Distance Indicators Type la Supernovae
Understanding the Origins of Cosmological Distance Indicators Type la Supernovae
University of Central Florida
12-2019
Models for Interacting Supernovae: Understanding the Physics and Probing the Circumstellar Environment
Models for Interacting Supernovae: Understanding the Physics and Probing the Circumstellar Environment
University of Oklahoma
02-2019
Imaging Polarimetry of Light Echoes around SN 2014J
Imaging Polarimetry of Light Echoes around SN 2014J
Space Telescope Science Institute
01-2018
Improving the precision of Type Ia supernovae for WFIRST
Improving the precision of Type Ia supernovae for WFIRST
University of Central Florida
11-2017
STIS Spectra of The Young SN Ia Remnant SN 1885 in M31
STIS Spectra of The Young SN Ia Remnant SN 1885 in M31
Space Telescope Science Institute
05-2017
Imaging the Distribution of Iron in SN 1885 in M31
Imaging the Distribution of Iron in SN 1885 in M31
Space Telescope Science Institute
09-2015
New Observational Constraints on Thermonuclear Supernovae
New Observational Constraints on Thermonuclear Supernovae
National Science Foundation
08-2015
Interaction of Type Ia Supernovae with their Environment and Implications for Cosmology
Interaction of Type Ia Supernovae with their Environment and Implications for Cosmology
National Science Foundation
07-2014
3-D Simulations of Type Ia Supernovae: Constraining Models with Observations
3-D Simulations of Type Ia Supernovae: Constraining Models with Observations
National Science Foundation
11-2011
Imaging the Distribution of Iron in a Type Ia Supernova
Imaging the Distribution of Iron in a Type Ia Supernova
Space Telescope Science Institute
06-2011
Spitzer Studies of Supernova and Ejecta Dust
Spitzer Studies of Supernova and Ejecta Dust
Jet Propulsion Lab
06-2010
Infrared Study of Supernova Ejecta and Dust
Infrared Study of Supernova Ejecta and Dust
Jet Propulsion Lab
06-2010
3-D Signatures of Thermocuclear Supernovea as Key to Probe the Explosion Physics and Progenitor Systems.
3-D Signatures of Thermocuclear Supernovea as Key to Probe the Explosion Physics and Progenitor Systems.
National Science Foundation
02-2008
Imaging the Chemical Distribution in Type 1a SN Ejecta
Imaging the Chemical Distribution in Type 1a SN Ejecta
Space Telescope Science Institute
02-2008
Towards a Comprehensive Understanding of Type 1a Supernovae: The Necessity of UV Observations
Towards a Comprehensive Understanding of Type 1a Supernovae: The Necessity of UV Observations
Space Telescope Science Institute
Degrees
Ph.D., Physics and Astronomy
University of Heidelberg/German ▪ 1986
Publications
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Co-Investigator Network
Yi Chi Eric Hsiao
Asoc Professor
Florida State University
Physics Sponsored Projects, College Of Arts & Sciences
EHSIAO@fsu.edu
Inactive Expert
David Collins
Research Engineer
Florida State University
Chemistry & Biochemistry
Expertnet Author Network
Experts within Florida Expertnet that have co-authored works with Peter Hoeflich.
Charles Weatherford
Faculty Administrator
Florida A&M University
Physics, Physics
CARL.GOODMAN@famu.edu
Works Co-Authored: 154
Inactive Expert
Christopher Gerardy
Asst Professor
Florida State University
Physics
Works Co-Authored: 12
David Collins
Professor
Florida State University
GFDI Sponsored Projects, College Of Arts & Sciences
DCCOLLINS@fsu.edu
Works Co-Authored: 100
Yi Chi Eric Hsiao
Asoc Professor
Florida State University
Physics Sponsored Projects, College Of Arts & Sciences
EHSIAO@fsu.edu
Works Co-Authored: 458
Inactive Expert
Charles Telesco
Professor
University of Florida
Ls-Astronomy, College-Liberal Arts Sciences
Works Co-Authored: 325
Websites
ORCID 0000-0002-4338-6586
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Contact Information
phoeflich@fsu.edu
77 CHIEFTAN WAY TALLAHASSEE, FL
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