The galaxy AUDFs01 about 9.3 billion light-years (~10^23 km) away from Earth was discovered using ultraviolet light detected from the Ultra Violet Imaging Telescope (UVIT) onboard #Astrosat. The discovery was published in @NatureAstronomy last year https:/
@Sci_Rio @ayushborgohain can talk about his recent work on galaxy discovery with AstroSAT. https://t.co/U1yL16cucS
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: インドの@IUCAApune率いる天文学国際研究チーム(日本の早稲田大学 @waseda_univ の研究者も参加)は、2015年に打ち上げられたインド @ISRO 初の多波長宇宙観測機#AstroSatの紫外線望遠鏡(UVIT)で、宇宙…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: インドの@IUCAApune率いる天文学国際研究チーム(日本の早稲田大学 @waseda_univ の研究者も参加)は、2015年に打ち上げられたインド @ISRO 初の多波長宇宙観測機#AstroSatの紫外線望遠鏡(UVIT)で、宇宙…
インドの@IUCAApune率いる天文学国際研究チーム(日本の早稲田大学 @waseda_univ の研究者も参加)は、2015年に打ち上げられたインド @ISRO 初の多波長宇宙観測機#AstroSatの紫外線望遠鏡(UVIT)で、宇宙で最も遠く、紫外線を盛んに照射する星形銀河のひとつAUDFs01を発見した。@JAXA_jp
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
RT @IndianEmbTokyo: India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" i…
India's @IUCAApune Astronomer led international team discover one of farthest UV-bright star forming galaxy "AUDFs01" in universe using UV Imaging Telescope (UVIT) on @ISRO #AstroSat, India’s 1⃣st Multi-Wavelength Space Observatory launched in 2015. https
#キャルちゃんのarXiv読み これまで簡素臆されていなかった赤方偏移領域において、宇宙の星形成史のピーク付近に位置するz=1.42の低質量クランピー銀河から、20%以上の高い逃走率を持つLyα連続放射を検出した。Nature Astronomy Letters. https://t.co/PZIvlJt4Id
[2008.11394] Kanak Saha, Shyam N. Tandon, Charlotte Simmonds et al.: AstroSat detection of Lyman continuum emission from a z=1.42 galaxy https://t.co/uvl5HGhIsO https://t.co/cYFyUWNDe5 #astro_ph_GA
While the Indian media is leaving no stones unturned in bringing down the national scientific temperament, indigenous payload UVIT on #India's first astronomy satellite #AstroSat detects a galaxy 9.3 billion years away. https://t.co/fUMZ8m0rJW (1/n)
And here's the research paper published in Nature Astronomy. https://t.co/4m846HCUF5
RT @NatureAstronomy: Lyman continuum from a low-mass clumpy galaxy at z=1.42 opens up a new window to constrain the shape of the ionization…
Wonderful new observation lead by @IUCAApune researchers using the #Astrosat #UVIT: https://t.co/ataUKhO6vl @somakrc
AstroSat detection of Lyman continuum emission from a z = 1.42 galaxy https://t.co/HKj66uQNfG via @NatureAstronomy https://t.co/SYYd2NX4eb
RT @NatureAstronomy: Lyman continuum from a low-mass clumpy galaxy at z=1.42 opens up a new window to constrain the shape of the ionization…
RT @NatureAstronomy: Lyman continuum from a low-mass clumpy galaxy at z=1.42 opens up a new window to constrain the shape of the ionization…
RT @NatureAstronomy: Lyman continuum from a low-mass clumpy galaxy at z=1.42 opens up a new window to constrain the shape of the ionization…
Lyman continuum from a low-mass clumpy galaxy at z=1.42 opens up a new window to constrain the shape of the ionization spectrum at Cosmic Noon. Saha et al.: https://t.co/AjUzmOAZxy https://t.co/s0jSTj7bLV