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#spinningdust search results

cientificospe's profile picture. Organización civil sin fines de lucro que realiza y promueve actividades pro educación, ciencia, tecnología e innovación en el Perú. #RT no es aprobación.
Cientificos.pe
 @cientificospe
Oct 21, 2020

La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente

cientificospe's tweet image. La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente
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TravisTeddy's profile picture.
Travis Teddy
 @TravisTeddy
Dec 16, 2016

@MicronStorage is Turning #SpinningRust to #SpinningDust. With the 5100 store more data in less space than 10TB HDDs micron.com/~/media/docume…

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

For a detailed review of AME, check out this review article arxiv.org/abs/1802.08073 #Science #SpinningDust

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

Previous studies had shown that AME was produced by small spinning nano-particles, but not polycyclic aromatic hydrocarbons, therefore this result fits extremely well #Science #SpinningDust

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

New study identifies the carriers of Anomalous Microwave Emission (AME) as hydrogenated nanodiamonds #Science #SpinningDust

NatureAstronomy's profile picture. A Nature journal dedicated to presenting the very best research across the disciplines of astronomy, astrophysics, cosmology and planetary science.📡
Nature Astronomy
 @NatureAstronomy
Jun 11, 2018

💎💎 Anomalous microwave emission, that puzzling ~30 GHz bump in radio spectra towards many objects, is caused by spinning nanodiamonds nature.com/articles/s4155…

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jan 22, 2020

Really interesting results! Great work! It’s also nice to see my work identifying the link between AME and radiation field being corroborated #CosmicDust #SpinningDust

QuijoteCMB's profile picture. Two telescopes and three instruments dedicated to measure the polarization of the microwave sky in the frequency range 11-40 GHz and at angular scales of 1°.
QuijoteCMB
 @QuijoteCMB
Jan 22, 2020

First detection of Spectral Variations of Anomalous Microwave Emission with @QuijoteCMB and @CBASS_telescope . A detailed study of the Lambda Orionis region. See details in arxiv.org/abs/2001.07159 @radioforeground

QuijoteCMB's tweet image. First detection of Spectral Variations of Anomalous Microwave Emission with @QuijoteCMB and @CBASS_telescope . A detailed study of the Lambda Orionis region. See details in arxiv.org/abs/2001.07159 @radioforeground
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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Feb 23, 2018

Want to know all about anomalous microwave emission (AME)? Check out this review article, which is the outcome of a workshop I organised at @ESA #ESTEC #SpinningDust #InterstellarDust arxiv.org/abs/1802.08073

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cientificospe's profile picture. Organización civil sin fines de lucro que realiza y promueve actividades pro educación, ciencia, tecnología e innovación en el Perú. #RT no es aprobación.
Cientificos.pe
 @cientificospe
Oct 21, 2020

La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente

cientificospe's tweet image. La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente
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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jan 22, 2020

Really interesting results! Great work! It’s also nice to see my work identifying the link between AME and radiation field being corroborated #CosmicDust #SpinningDust

QuijoteCMB's profile picture. Two telescopes and three instruments dedicated to measure the polarization of the microwave sky in the frequency range 11-40 GHz and at angular scales of 1°.
QuijoteCMB
 @QuijoteCMB
Jan 22, 2020

First detection of Spectral Variations of Anomalous Microwave Emission with @QuijoteCMB and @CBASS_telescope . A detailed study of the Lambda Orionis region. See details in arxiv.org/abs/2001.07159 @radioforeground

QuijoteCMB's tweet image. First detection of Spectral Variations of Anomalous Microwave Emission with @QuijoteCMB and @CBASS_telescope . A detailed study of the Lambda Orionis region. See details in arxiv.org/abs/2001.07159 @radioforeground
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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

For a detailed review of AME, check out this review article arxiv.org/abs/1802.08073 #Science #SpinningDust

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

Previous studies had shown that AME was produced by small spinning nano-particles, but not polycyclic aromatic hydrocarbons, therefore this result fits extremely well #Science #SpinningDust

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1
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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Jun 11, 2018

New study identifies the carriers of Anomalous Microwave Emission (AME) as hydrogenated nanodiamonds #Science #SpinningDust

NatureAstronomy's profile picture. A Nature journal dedicated to presenting the very best research across the disciplines of astronomy, astrophysics, cosmology and planetary science.📡
Nature Astronomy
 @NatureAstronomy
Jun 11, 2018

💎💎 Anomalous microwave emission, that puzzling ~30 GHz bump in radio spectra towards many objects, is caused by spinning nanodiamonds nature.com/articles/s4155…

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chris_tibbs's profile picture. 🇮🇪 Advocate for #OpenResearch at the @UniOfExeter. Astrophysicist. Tea drinker. Formerly of @JodrellBank, @Caltech, and @ESA.
Dr Chris Tibbs
 @chris_tibbs
Feb 23, 2018

Want to know all about anomalous microwave emission (AME)? Check out this review article, which is the outcome of a workshop I organised at @ESA #ESTEC #SpinningDust #InterstellarDust arxiv.org/abs/1802.08073

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TravisTeddy's profile picture.
Travis Teddy
 @TravisTeddy
Dec 16, 2016

@MicronStorage is Turning #SpinningRust to #SpinningDust. With the 5100 store more data in less space than 10TB HDDs micron.com/~/media/docume…

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cientificospe's profile picture. Organización civil sin fines de lucro que realiza y promueve actividades pro educación, ciencia, tecnología e innovación en el Perú. #RT no es aprobación.
Cientificos.pe
 @cientificospe
Oct 21, 2020

La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente

cientificospe's tweet image. La Emisión Anómala en Microondas (AME) es una emisión en frecuencias de radio (10-100 GHz) observada en distintas regiones de la galaxia. Modelos teóricos asocian el AME con la emisión de granos de polvo que giran (#SpinningDust) debido a la radiación de una estrella muy caliente
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