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Prof Subir Sarkar

Professor Emeritus

Research theme

  • Particle astrophysics & cosmology
  • Fundamental particles and interactions

Sub department

  • Rudolf Peierls Centre for Theoretical Physics

Research groups

  • Particle theory
  • FASER2
Subir.Sarkar@physics.ox.ac.uk
Telephone: 01865 (2)73962
Rudolf Peierls Centre for Theoretical Physics, room 60.12
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Brief CV
  • About
  • Research
  • Teaching
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  • Outreach
  • Awards/News
  • IceCube@Oxford
  • Publications

IceCube

Physics World 2013 Breakthrough of the Year
IceCube at Oxford

I am a member since 2004 of the IceCube collaboration which discovered cosmic high energy neutrinos and identified some of their astrophysical sources.

IceCube @ Oxford

IceCube @ Oxford

The IceCube project at the South Pole (not the rapper) transformed a cubic kilometer of transparent Antarctic ice into a Cherenkov detector that observes neutrinos from GeV to PeV energies. This experiment discovered very high energy cosmic neutrinos and identified the first cosmic sources, the blazar TXS 0506+056 and the active galaxy NGC 1068. IceCube is a multipurpose research facility which has also made precision measurements of neutrino oscillations and made important contributions to cosmic ray physics, dark matter searches, and even glaciology.

The University of Oxford (Institution Lead: Prof Subir Sarkar) has been a full member of the IceCube collaboration since it was formed in 2004. Oxford Physics hosted the first Collaboration Workshop in 2005

Publications

See full listing on: INSPIRE

News & Events
Name that neutrino! (Zooniverse project), 23 Jan 2024
A new window on the cosmos, 3 Jul 2023 
Pancharatnam Lecture, 23 Feb 2023   
Reconstruct the direction of neutrinos from the Universe, Kaggle competition, 2023    
Detecting invisible messengers of the cosmos with a cubic kilometre of ice, Linacre News, 2022    
90 Degrees South: Detecting Invisible Messengers of the Cosmos, Oxford Physics Events, 11 Jun 2021    
Icecube: celebrating a decade of discovery, Oxford Physics News, 13 May 2021    
IceCube detection of ‘Glashow resonance’ proves 60-year-old theory, Physics News, 10 Mar 2021    
Scientists uncover cosmic particle accelerator, Oxford Physics News, 22 Feb 2021    
The Particle Physics Christmas lecture, Oxford Physics Events, 7 Dec 2019    
Antarctic telescope shows how the Earth stops high-energy particles, Oxford Univ. News, 23 Nov 2017    
Icecube detects extra-terrestrial neutrinos, Oxford Physics Newsletter, Spring 2014    
Seeing the high energy universe with IceCube, Saturday Morning of Physics, Oxford, 25 Jan 2014   
IceCube detects high-energy extraterrestrial neutrinos, Oxford Physics News, 21 Nov 2013    
Neutrinos put cosmic ray theory on ice, Oxford Univ. News, 19 Apr 2012    
Neutrinos in the deep freeze, Oxford Science Blog, 19 Oct 2010    
IceCube Collaboration Workshop, Oxford Physics, 21-24 Sep 2005

Press Reports

IceCube identifies seven astrophysical tau neutrino candidates,Phys.Org, 13 Mar 2024   
First ever view of the Milky Way seen through the lens of neutrino particles, The Conversation 30 Jun 2023  
Milky Way: Icy observatory reveals 'ghost particles', BBC News, 30 Jun 2023   
IceCube detects high-energy neutrinos from an active galactic nucleus, Physics World, 8 Nov 2022    
Glashow resonance is spotted in a neutrino detector at long last, Physics World, 17 Mar 2021    
Incredibly energetic ‘ghost’ particles spotted coming from shredded star in major breakthrough, The Independent, 11 Mar 2021    
We've spotted a neutrino blasted out by a black hole shredding a star, New Scientist, 22 Feb 2021    
High-energy particle spotted speeding through Earth in major breakthrough, The Independent, 22 Feb 2021    
IceCube identifies four galaxies as likely sources of cosmic rays, Physics World, 26 Feb 2020    
Scientists capture mysterious ‘ghost particle’ in a giant IceCube in ‘triumph’ that changes how we see the universe, The Sun, 23 Jul 2018    
Neutrino that struck Antarctica traced to galaxy 3.7bn light years away, The Guardian, 12 July 2018    
High-energy 'ghost particles' absorbed by Earth, BBC, 22 Nov 2017    
Mysterious 'ghost particles' that morph into different states could shed light on the true nature of dark matter, Daily Mail, 31 Jan 2017    
IceCube telescope in Antarctica rules out sterile neutrinos, New Scientist, 9 Aug 2016    
IceCube’s search for sterile neutrinos draws a blank, Physics World, 13 May 2016    
IceCube scientists open a window on to subatomic astronomy, The Observer, 9 Oct 2015    
Existence of cosmic neutrinos confirmed by Antarctic scientists, The Guardian, 20 Aug 2015    
'Big Bird' space neutrino has highest energy yet seen, New Scientist, 14 Apr 2014    
Cosmic neutrinos named Physics World 2013 Breakthrough of the Year, Physics World, 13 Dec 2013    
Cosmic neutrino Muppets open unique window on universe, New Scientist, 22 Nov 2013    
IceCube finds cosmic neutrinos at the South Pole, Physics World, 21 Nov 2013    
IceCube detector finds first solid evidence for cosmic neutrinos, The Guardian, 21 Nov 2013    
Telescope buried in Antarctic ice detects elusive neutrinos, The Telegraph, 21 Nov 2013    
Neutrinos from the cosmos hint at new era in astronomy, BBC, 15 May 2013    
IceCube catches high-energy neutrino oscillations, 6 Jun 2012    
Cosmic rays: the truth is still out there … somewhere, The Observer, 22 Apr 2012    
IceCube completed, Nature, 29 Dec 2010    
'Telescope' buried a mile under the Antarctic ice to find source of cosmic rays, The Telegraph, 18 Oct 2010    
The hunt for neutrinos in the Antarctic, The Guardian, 23 Jan 2010

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