Faculty

Institution

Unit

Venue

William F. Hoffmann

Emeritus Professor of Astronomy

University of Arizona

Affiliations

College of Science

Astronomy & Steward Observatory

William F. Hoffmann is currently serving as an Astronomy & Steward Observatory Emeritus Professor of Astronomy at University of Arizona.

Honors

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Experiences

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Education

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William F. Hoffmann

University of Arizona

Emeritus Professor of Astronomy

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astronomy observational astronomy planetary sciences astrophysics stellar astrophysics optical engineering high-energy astrophysics extragalactic astronomy space science photonics applied physics aerospace engineering infrared spectroscopy infrared optic lunar science interferometry astronomical image analysis remote sensing instrumentation optical remote sensing infrared array camera meteoritics mid-infrared imaging space weather relativistic astrophysics optical imaging spitzer space telescope earth observation space technology space research interferometric observations large binocular telescope infrared observations planetary change space missions optical testing optical metrology astronautics imaging spectroscopy in-flight performance nulling interferometry geophysical research synchrotron radiation optical communications astrophysical simulations space environment exozodiacal dust nulling interferometer vy cma cool dust mid-infrared properties far-infrared observations mid-infrared array camera mid-infrared observations atmospheric measurement technique atomic spectroscopy acta astronautica high energy density physics exoplanet formation extrasolar system exoplanet atmospheres earth observation data photometry (optics) camera calibration astrostatistics protoplanetary disks space transportation solar-terrestrial interaction galactic center

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating the Geosnap 13‐μ$$ \Mu $$M Cutoff Hgcdte Detector for Mid‐Ir Ground‐Based Astronomy. Astronomische Nachrichten (2023)

Jarron M. LeisenringDani AtkinsonRory BowensVincent DouenceWilliam F. HoffmannMichael R. MeyerJohn AuyeungJames BeleticMario S. CabreraAlexandra Z. GreenbaumPhilip HinzDerek IvesWilliam J. ForrestCraig W. McMurtryJudith L. PipherEric Viges

astronomyradiation detectionobservational astronomymid-ir ground-based astronomyhigh-energy astrophysicscutoff hgcdte detector

Imaging Nearby, Habitable-Zone Planets With the Large Binocular Telescope Interferometer. (2022)

Steve ErtelKevin WagnerJarron LeisenringDániel ApaiDenis DefrèreJeremy DietrichJoshua A. EisnerVirginie FaramazWilliam HoffmannMarkus KasperPete KluparJared R. MalesMark S. MarleyHélène RousseauStephanie SallumEckhart SpaldingJordan M. StonePete Worden

astronomical image analysisexoplanetsplanetary scienceshabitable-zone planetsplanetary systemsstellar astrophysicsremote sensingastronomyinterferometryobservational astronomy

The Hosts Survey: Evidence for an Extended Dust Disk and Constraints on the Presence of Giant Planets in the Habitable Zone of β Leo. The Astronomical Journal (2021)

D. DefrèreP. M. HinzG. M. KennedyJ. StoneJ. RigleyS. ErtelA. GasparV. P. BaileyW. F. HoffmannB. MennessonR. Millan-GabetW. C. DanchiO. AbsilP. ArboC BeichmanM BonavitaG. BrusaG. BrydenE. C. DowneyS. EspositoP. GrenzC. HaniffJ. M. HillJ. M. LeisenringJ. R. MalesT. J. McMahonM. MontoyaK. M. MorzinskiE. PinnaA. PuglisiG. RiekeA. RobergeH. RousseauE. SerabynE. SpaldingA. J. SkemerK. StapelfeldtK. SuA. VazA. J. WeinbergerM. C. Wyatt

planetary sciencesgiant planetsextended dust diskhabitable zoneastrobiologystellar astrophysicsastronomyobservational astronomy

Overview and Prospects of the Lbti Beyond the Completed Hosts Survey. (2020)

Steve ErtelPhilip M. HinzJordan M. StoneAmali VazOscar M. MontoyaGrant S. WestOlivier DurneyPaul GrenzEckhart A. SpaldingJarron M. LeisenringKevin WagnerNarsireddy AnuguJennifer PowerErin R. MaierDenis DefrèreWilliam F. HoffmannSaavidra PereraSamantha BrownAndrew J. SkemerBertrand MennessonGrant M. KennedyElwood C. DowneyJohn M. HillEnrico PinnaAlfio T. PuglisiFabio Rossi

The Hosts Survey for Exozodiacal Dust: Observational Results From the Complete Survey. The Astronomical Journal (2020)

S. ErtelD. DefrèreP. HinzB. MennessonG. M. KennedyW. C. DanchiC. GelinoJ. M. HillW. F. HoffmannJ. MazoyerG. RiekeA. ShannonK. StapelfeldtE. SpaldingJ. M. StoneA. VazA. J. WeinbergerP. WillemsO. AbsilP. ArboV. P. BaileyC. BeichmanG. BrydenE. C. DowneyO. DurneyS. EspositoA. GasparP. GrenzC. A. HaniffJ. M. LeisenringL. MarionT. J. McMahonR. Millan-GabetM. MontoyaK. M. MorzinskiS. PereraE. PinnaJ.-U. PottJ. PowerA. PuglisiA. RobergeE. SerabynA. J. SkemerK. Y. L. SuV. VaitheeswaranM. C. Wyatt

stellar astrophysicsexozodiacal dustastronomyobservational astronomyecology

The Michigan Infrared Test Thermal Elt N-Band (Mitten) Cryostat. arXiv (Cornell University) (2020)

Rory BowensEric VigesMichael R. MeyerDani AtkinsonJohn D. MonnierMegan MorgensternJarron M. LeisenringBill F. Hoffmann

planetary scienceslunar sciencetemperature measurementinfrared spectroscopyinfrared opticastronomyspectroscopycryogenicsapplied physics

Thermal Emission in the Southwest Clump of Vy Cma ∗. The Astronomical Journal (2019)

Michael S. GordonTerry J. JonesRoberta M. HumphreysSteve ErtelPhilip M. HinzWilliam F. HoffmannJordan StoneEckhart SpaldingAmali Vaz

southwest clumpplanetary sciencesenvironmental scienceearth sciencevy cmaobservational astronomythermal emission

Searching for Cool Dust. II. Infrared Imaging of the Oh/Ir Supergiants, Nml Cyg, Vx Sgr, S Per, and the Normal Red Supergiants Rs Per and T Per. The Astronomical journal (2018)

Michael S. GordonRoberta M. HumphreysTerry J. JonesDinesh ShenoyRobert D. GehrzL. Andrew HeltonMassimo MarengoPhilip M. HinzWilliam F. Hoffmann

planetary sciencesinfrared imagingstellar astrophysicsastronomyobservational astronomycool dust

The Hosts Survey—Exozodiacal Dust Measurements for 30 Stars. Apollo (University of Cambridge) (2018)

S. ErtelD. DefrèreP. HinzB. MennessonG. M. KennedyW. C. DanchiC. GelinoJ. M. HillW. F. HoffmannG. RiekeA. ShannonE. SpaldingJ. M. StoneA. VazA. J. WeinbergerP. WillemsO. AbsilP. ArboV. P. BaileyC. BeichmanG. BrydenE. C. DowneyO. DurneyS. EspositoA. GasparP. GrenzC. A. HaniffJ. M. LeisenringL. MarionT. J. McMahonR. Millan-GabetM. MontoyaK. M. MorzinskiE. PinnaJ. PowerA. PuglisiA. RobergeE. SerabynA. J. SkemerK. StapelfeldtK. Y. L. SuV. VaitheeswaranM. C. Wyatt

observational astronomyastronomyexozodiacal dust measurementsstellar astrophysics

The Hosts Survey for Exozodiacal Dust: Preliminary Results and Future Prospects. arXiv (Cornell University) (2018)

S. ErtelG. M. KennedyD. DefrèreP. HinzA. B. ShannonB. MennessonW. C. DanchiC. GelinoJ. M. HillW. F. HoffmannG. RiekeE. SpaldingJ. M. StoneA. VazA. J. WeinbergerP. WillemsO. AbsilP. ArboV. P. BaileyC. BeichmanG. BrydenE. C. DowneyO. DurneyS. EspositoA. GasparP. GrenzC. A. HaniffJ. M. LeisenringL. MarionT. J. McMahonR. Millan-GabetM. MontoyaK. M. MorzinskiE. PinnaJ. PowerA. PuglisiA. RobergeE. SerabynA. J. SkemerK. StapelfeldtK. Y. L. SuV. VaitheeswaranM. C. Wyatt

exozodiacal dustfuture prospectsplanetary sciencesstellar astrophysics

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William F. Hoffmann

Emeritus Professor of Astronomy

University of Arizona

Affiliations

College of Science

Astronomy & Steward Observatory

William F. Hoffmann is currently serving as an Astronomy & Steward Observatory Emeritus Professor of Astronomy at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

William F. Hoffmann

University of Arizona

Emeritus Professor of Astronomy

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating the Geosnap 13‐μ$$ \Mu $$M Cutoff Hgcdte Detector for Mid‐Ir Ground‐Based Astronomy. Astronomische Nachrichten (2023)

astronomyradiation detectionobservational astronomymid-ir ground-based astronomyhigh-energy astrophysicscutoff hgcdte detector

Imaging Nearby, Habitable-Zone Planets With the Large Binocular Telescope Interferometer. (2022)

astronomical image analysisexoplanetsplanetary scienceshabitable-zone planetsplanetary systemsstellar astrophysicsremote sensingastronomyinterferometryobservational astronomy

The Hosts Survey: Evidence for an Extended Dust Disk and Constraints on the Presence of Giant Planets in the Habitable Zone of β Leo. The Astronomical Journal (2021)

planetary sciencesgiant planetsextended dust diskhabitable zoneastrobiologystellar astrophysicsastronomyobservational astronomy

Overview and Prospects of the Lbti Beyond the Completed Hosts Survey. (2020)

The Hosts Survey for Exozodiacal Dust: Observational Results From the Complete Survey. The Astronomical Journal (2020)

stellar astrophysicsexozodiacal dustastronomyobservational astronomyecology

The Michigan Infrared Test Thermal Elt N-Band (Mitten) Cryostat. arXiv (Cornell University) (2020)

Rory BowensEric VigesMichael R. MeyerDani AtkinsonJohn D. MonnierMegan MorgensternJarron M. LeisenringBill F. Hoffmann

planetary scienceslunar sciencetemperature measurementinfrared spectroscopyinfrared opticastronomyspectroscopycryogenicsapplied physics

Thermal Emission in the Southwest Clump of Vy Cma ∗. The Astronomical Journal (2019)

Michael S. GordonTerry J. JonesRoberta M. HumphreysSteve ErtelPhilip M. HinzWilliam F. HoffmannJordan StoneEckhart SpaldingAmali Vaz

southwest clumpplanetary sciencesenvironmental scienceearth sciencevy cmaobservational astronomythermal emission

Searching for Cool Dust. II. Infrared Imaging of the Oh/Ir Supergiants, Nml Cyg, Vx Sgr, S Per, and the Normal Red Supergiants Rs Per and T Per. The Astronomical journal (2018)

Michael S. GordonRoberta M. HumphreysTerry J. JonesDinesh ShenoyRobert D. GehrzL. Andrew HeltonMassimo MarengoPhilip M. HinzWilliam F. Hoffmann

planetary sciencesinfrared imagingstellar astrophysicsastronomyobservational astronomycool dust

The Hosts Survey—Exozodiacal Dust Measurements for 30 Stars. Apollo (University of Cambridge) (2018)

observational astronomyastronomyexozodiacal dust measurementsstellar astrophysics

The Hosts Survey for Exozodiacal Dust: Preliminary Results and Future Prospects. arXiv (Cornell University) (2018)

exozodiacal dustfuture prospectsplanetary sciencesstellar astrophysics

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atomic spectroscopy

star formation

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planetary sciences

extrasolar system

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astrochemistry

synchrotron radiation

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adaptive optic

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observational astronomy