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Jane Greaves is a Professor of Astronomy based at Cardiff University. While at the University of St Andrews she led the team which discovered a protoplanet within the protoplanetary disk around the young star HL Tauri. In 2017, she was awarded the Fred Hoyle Medal and Prize of the Institute of Physics for her "significant contribution to our understanding of planet formation and exoplanet habitability through her seminal imaging of debris discs around Sun-like stars and solar system bodies using far-infrared telescopes".

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  • Jane Greaves (de)
  • Jane Greaves (es)
  • Jane Greaves (fr)
  • Jane Greaves (en)
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  • Jane S. Greaves ist eine britische Astronomin (Exoplaneten und ihre Bewohnbarkeit und Verbindungen zum Sonnensystem) und Hochschullehrerin an der University of Cardiff. (de)
  • Jane S. Greaves est une scientifique britannique, professeure en astronomie à l'université de Cardiff. (fr)
  • Jane Greaves is a Professor of Astronomy based at Cardiff University. While at the University of St Andrews she led the team which discovered a protoplanet within the protoplanetary disk around the young star HL Tauri. In 2017, she was awarded the Fred Hoyle Medal and Prize of the Institute of Physics for her "significant contribution to our understanding of planet formation and exoplanet habitability through her seminal imaging of debris discs around Sun-like stars and solar system bodies using far-infrared telescopes". (en)
  • Jane Greaves es una física británica, profesora de astronomía en la Universidad de Cardiff. Mientras estaba en la Universidad de St. Andrews dirigió el equipo que descubrió un protoplaneta dentro del disco protoplanetario alrededor de la joven estrella HL Tauri.​​ En 2018, anunció los resultados preliminares de los estudios sobre la presencia de fósforo en los restos de supernovas, que indican que el nivel de fósforo en la Nebulosa del Cangrejo es muy inferior al de Casiopea A, lo que hace especular que una escasez de fósforo podría limitar la formación de vida extraterrestre.​​ (es)
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  • Jane Greaves (en)
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  • Jane Greaves (en)
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  • Cardiff University (en)
  • University of St Andrews (en)
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  • Queen Mary University of London (en)
  • University of Oxford (en)
  • (en)
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  • Jane S. Greaves ist eine britische Astronomin (Exoplaneten und ihre Bewohnbarkeit und Verbindungen zum Sonnensystem) und Hochschullehrerin an der University of Cardiff. (de)
  • Jane Greaves es una física británica, profesora de astronomía en la Universidad de Cardiff. Mientras estaba en la Universidad de St. Andrews dirigió el equipo que descubrió un protoplaneta dentro del disco protoplanetario alrededor de la joven estrella HL Tauri.​​ En 2017, fue galardonada con la Medalla y Premio Fred Hoyle del Institute of Physics por «su significativa contribución a nuestra comprensión de la formación de planetas y la habitabilidad de los exoplanetas a través de su imagen seminal de los discos de escombros alrededor de estrellas similares al Sol y cuerpos del sistema solar utilizando telescopios de infrarrojo lejano».​ En 2018, anunció los resultados preliminares de los estudios sobre la presencia de fósforo en los restos de supernovas, que indican que el nivel de fósforo en la Nebulosa del Cangrejo es muy inferior al de Casiopea A, lo que hace especular que una escasez de fósforo podría limitar la formación de vida extraterrestre.​​ El 14 de septiembre de 2020, su equipo anunció el descubrimiento de la fosfina en la atmósfera de Venus.​​ (es)
  • Jane Greaves is a Professor of Astronomy based at Cardiff University. While at the University of St Andrews she led the team which discovered a protoplanet within the protoplanetary disk around the young star HL Tauri. In 2017, she was awarded the Fred Hoyle Medal and Prize of the Institute of Physics for her "significant contribution to our understanding of planet formation and exoplanet habitability through her seminal imaging of debris discs around Sun-like stars and solar system bodies using far-infrared telescopes". In 2018, she announced preliminary results from studies of the presence of phosphorus in supernova remnants, indicating that the level of phosphorus in the Crab Nebula is much lower than in Cassiopeia A, leading to speculations that a paucity of phosphorus might limit the formation of alien life. On September 14th 2020, her team announced the discovery of phosphine in the atmosphere of Venus. Subsequent analysis led Greaves' team to reduce their initial estimates of phosphine levels, with some astronomers disputing the presence of phosphine entirely. (en)
  • Jane S. Greaves est une scientifique britannique, professeure en astronomie à l'université de Cardiff. (fr)
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