#rossiter — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #rossiter, aggregated by home.social.
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Historian Margaret W. #Rossiter exposed the long-standing erasure of women scientists and named it the #MatildaEffect, after Matilda Joslyn #Gage. Through decades of research, she restored hundreds of women to the scientific record and reshaped how history is written.
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Historian Margaret W. #Rossiter exposed the long-standing erasure of women scientists and named it the #MatildaEffect, after Matilda Joslyn #Gage. Through decades of research, she restored hundreds of women to the scientific record and reshaped how history is written.
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Historian Margaret W. #Rossiter exposed the long-standing erasure of women scientists and named it the #MatildaEffect, after Matilda Joslyn #Gage. Through decades of research, she restored hundreds of women to the scientific record and reshaped how history is written.
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Historian Margaret W. #Rossiter exposed the long-standing erasure of women scientists and named it the #MatildaEffect, after Matilda Joslyn #Gage. Through decades of research, she restored hundreds of women to the scientific record and reshaped how history is written.
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Historian Margaret W. #Rossiter exposed the long-standing erasure of women scientists and named it the #MatildaEffect, after Matilda Joslyn #Gage. Through decades of research, she restored hundreds of women to the scientific record and reshaped how history is written.
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The #Rossiter-#McLaughlin effect is also called the spectroscopic transit. Since the #star is rotating, one side is coming towards us and is blue-shifted while the other side is moving away from us and is red-shifted. As the planet is crossing the stellar disk, it blocks a part of the blue-, then red-shifted part. The Rossiter-McLaughlin is a radial velocity anomaly during transit.
GIF from my Phd student Salomé GROUFFAL (LAM / AMU / CNES / Institut origines).
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The #Rossiter-#McLaughlin effect is also called the spectroscopic transit. Since the #star is rotating, one side is coming towards us and is blue-shifted while the other side is moving away from us and is red-shifted. As the planet is crossing the stellar disk, it blocks a part of the blue-, then red-shifted part. The Rossiter-McLaughlin is a radial velocity anomaly during transit.
GIF from my Phd student Salomé GROUFFAL (LAM / AMU / CNES / Institut origines).
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The #Rossiter-#McLaughlin effect is also called the spectroscopic transit. Since the #star is rotating, one side is coming towards us and is blue-shifted while the other side is moving away from us and is red-shifted. As the planet is crossing the stellar disk, it blocks a part of the blue-, then red-shifted part. The Rossiter-McLaughlin is a radial velocity anomaly during transit.
GIF from my Phd student Salomé GROUFFAL (LAM / AMU / CNES / Institut origines).
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The #Rossiter-#McLaughlin effect is also called the spectroscopic transit. Since the #star is rotating, one side is coming towards us and is blue-shifted while the other side is moving away from us and is red-shifted. As the planet is crossing the stellar disk, it blocks a part of the blue-, then red-shifted part. The Rossiter-McLaughlin is a radial velocity anomaly during transit.
GIF from my Phd student Salomé GROUFFAL (LAM / AMU / CNES / Institut origines).
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The #Rossiter-#McLaughlin effect is also called the spectroscopic transit. Since the #star is rotating, one side is coming towards us and is blue-shifted while the other side is moving away from us and is red-shifted. As the planet is crossing the stellar disk, it blocks a part of the blue-, then red-shifted part. The Rossiter-McLaughlin is a radial velocity anomaly during transit.
GIF from my Phd student Salomé GROUFFAL (LAM / AMU / CNES / Institut origines).