RT @McGillUPhysics: Congratulations to @mcgillu and @TSIMcGill’s own Dr. @ArnabCh88024907 for this phenomenal result that uses nature’s mag…
RT @McGillUPhysics: Congratulations to @mcgillu and @TSIMcGill’s own Dr. @ArnabCh88024907 for this phenomenal result that uses nature’s mag…
Congratulations to @mcgillu and @TSIMcGill’s own Dr. @ArnabCh88024907 for this phenomenal result that uses nature’s magnifying glasses to view distant galaxies! @McGillScience
@carsonkrow Just a hydrogen burst, not a communication frequency". https://t.co/V4peu46a2T
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @Physics_at_IISc: Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of str…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
Detection of H i 21 cm emission from a strongly lensed galaxy at z ∼ 1.3 | Monthly Notices of the Royal Astronomical Society | Oxford Academic https://t.co/Bl5GGTjSiM
Die Galaxie, deren Signal die beiden Forscher entdeckt haben, ist für die Wissenschaft besonders spannend: SDSSJ0826+5630 ist sternbildend, d.h. dort entstehen neue Sterne. https://t.co/h7aGtancYq
Detection of H i 21 cm emission from a strongly lensed galaxy at z ∼ 1.3 | Monthly Notices of the Royal Astronomical Society | Oxford Academic https://t.co/ALqerfggo8
RT @abhilash_tard: Detection of H i 21 cm emission from a strongly lensed galaxy at z ∼ 1.3 | Monthly Notices of the Royal Astronomical Soc…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @cosmos4u: Detection of H I 21 cm emission from a strongly lensed #galaxy at z∼1.3: https://t.co/OqVEBd0XDS -> https://t.co/VXjaFzKHEm
Detection of H I 21 cm emission from a strongly lensed #galaxy at z∼1.3: https://t.co/OqVEBd0XDS -> https://t.co/VXjaFzKHEm
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
#Radio signal intercepted from 8 billion light years away. Warning: Very technical information ahead, lol. #Space #Interstellar #Science #galaxy #Aliens https://t.co/Xk9URPSHsJ
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
[2301.05987] Arnab Chakraborty, Nirupam Roy: Detection of HI 21 cm emission from a strongly lensed galaxy at z~1.3 https://t.co/d7twztXPR3 https://t.co/ZyWaGhCvmO #astro_ph_GA
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @NCRA_Outreach: Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydroge…
RT @Physics_at_IISc: Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of str…
Using the #GMRT, astronomers from @McGillUPhysics & @Physics_at_IISc, have detected a radio signal due to atomic hydrogen in a distant galaxy. The galaxy is so far away that even light takes 8.8 billion years to reach us! (1/2) https://t.co/vlxeD5B4ZK
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
Excellent discovery-first detection of lensed HI emission
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
RT @Physics_at_IISc: Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of str…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
RT @physorg_com: Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc h…
Record-breaking detection of #radiosignal from #atomichydrogen in extremely distant galaxy @iiscbangalore @RoyalAstroSoc https://t.co/3M3Z2fOeuY https://t.co/rcthtDM5UC
Wonderful discovery, and good for lensing studies for HI. Congratulations to the authors.
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
Detection of H i 21 cm emission from a strongly lensed galaxy at z ∼ 1.3 | Monthly Notices of the Royal Astronomical Society | Oxford Academic https://t.co/n0ZanFjI7l
RT @Physics_at_IISc: Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of str…
RT @Physics_at_IISc: Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of str…
RT @RAS_Journals: Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-formin…
Thus, this is not only the highest redshift detection of 21 cm emission, but also the first confirmed detection of strong lensing of 21 cm emission from a galaxy. Paper URL: https://t.co/VCuvD2bdLG @Physics_at_IISc @iiscbangalore @McGillUPhysics @RAS_Jou
This paper is free to read for a limited period. Authors are Chakraborty & Roy. This is Fig. 3: for the caption and to read the paper visit https://t.co/mgWKxqmcIk @Physics_at_IISc @iiscbangalore @ArnabCh88024907 https://t.co/XYFGelFSNb
Paper alert: a new paper published in #MNRAS has reported the first 5σ detection of H I 21 cm emission from a star-forming galaxy at redshift z ∼ 1.3 using upgraded Giant Metrewave Radio Telescope (uGMRT). https://t.co/mgWKxqmcIk @Physics_at_IISc @iiscbang