I Hert Space (@i_hert_space) 's Twitter Profile
I Hert Space

@i_hert_space

Twitter account for the Centre for Astrophysics Research at the University of Hertfordshire: latest research, public engagement and news!

ID: 1388105054129950722

calendar_today30-04-2021 12:16:54

223 Tweet

204 Followers

264 Following

Royal Astronomical Society (@royalastrosoc) 's Twitter Profile Photo

Professor Chiaki Kobayashi of the University of Hertfordshire is presented with the 2024 George Darwin Lectureship. She is an internationally recognised leader in the field of chemical evolution of galaxies, and a pioneer in the study of the origin of the elements. Congratulations!

Professor Chiaki Kobayashi of the <a href="/UniofHerts/">University of Hertfordshire</a> is presented with the 2024 George Darwin Lectureship.

She is an internationally recognised leader in the field of chemical evolution of galaxies, and a pioneer in the study of the origin of the elements.

Congratulations!
Royal Astronomical Society (@royalastrosoc) 's Twitter Profile Photo

Next up the Winton Award for #Astronomy is presented to Dr Chris Lovell. Chris Lovell is an exceptionally promising post-doctoral scientist whose work is being used to understand some of the earliest forming galaxies discovered by NASA Webb Telescope. #NAM2024

Next up the Winton Award for #Astronomy is presented to Dr Chris Lovell.

<a href="/chrisclovell/">Chris Lovell</a> is an exceptionally promising post-doctoral scientist whose work is being used to understand some of the earliest forming galaxies discovered by <a href="/NASAWebb/">NASA Webb Telescope</a>.

#NAM2024
Dominic Taylor (@astrodomjt) 's Twitter Profile Photo

Captivating plenary by Emma Curtis Lake explaining how JWST has helped us to understand what reionized the neutral early Universe, using Ly-α spectra of the earliest galaxies RAS NAM - Hull 2024 #NAM2024

Captivating plenary by <a href="/AstronomerEmma/">Emma Curtis Lake</a> explaining how JWST has helped us to understand what reionized the neutral early Universe, using Ly-α spectra of the earliest galaxies <a href="/hullrasnam2024/">RAS NAM - Hull 2024</a> #NAM2024
Emma Curtis Lake (@astronomeremma) 's Twitter Profile Photo

Such a privilege to give a plenary talk at #NAM2024 in a year when dual roles of mother+milk machine and scientist have made even UK based travel challenging. Sorry to not stay the whole week, but thanks to my family for following me here today so I could show up!

Caltech (@caltech) 's Twitter Profile Photo

Astronomers have spotted the biggest pair of black hole jets ever seen, spanning 23 million light-years in total length. That's equivalent to lining up 140 Milky Way galaxies back to back. youtube.com/watch?v=1QsG9v…

Durham University (@durham_uni) 's Twitter Profile Photo

An international research team led by Caltech has discovered the biggest pair of black hole jets ever recorded in space. Dr Roland Timmerman of Durham Physics calibrated the high-resolution Low Frequency Array data to aid the discovery. Read more 👉 brnw.ch/21wMOIT #DUresearch

An international research team led by <a href="/Caltech/">Caltech</a> has discovered the biggest pair of black hole jets ever recorded in space. Dr Roland Timmerman of <a href="/DurhamPhysics/">Durham Physics</a> calibrated the high-resolution <a href="/LOFAR/">Low Frequency Array</a> data to aid the discovery.

Read more 👉 brnw.ch/21wMOIT

#DUresearch
W. M. Keck Observatory (@keckobservatory) 's Twitter Profile Photo

NEWS: Astronomers have discovered a black hole that’s blasting out the largest and longest jets of hot plasma ever observed. Nicknamed Porphyrion after the mythological Greek giant, this colossal jet system spans 23 million light-years, equivalent to lining up 140 Milky Way

Alyssa Drake (@abdrake.bsky.social) (@ab_drake) 's Twitter Profile Photo

My latest paper is on arXiv today - The LOFAR Two Metre Sky Survey Data Release 2: Probabilistic Spectral Source Classifications and Faint Radio Source Demographics - currently the largest spectroscopically identified radio catalogue around... arxiv.org/pdf/2409.11465

Cosmoknowledge (@cosmoknowledge) 's Twitter Profile Photo

Astronomers have found a black hole jet as long as 140 Milky Way galaxies lined up back-to-back. That's over 23 million light-years long. These jets, known as Porphyrion, span an incredible 23 million light-years in length.

Astronomers have found a black hole jet as long as 140 Milky Way galaxies lined up back-to-back. That's over 23 million light-years long. These jets, known as Porphyrion, span an incredible 23 million light-years in length.