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Katherine Blundell OBE

Professor of Astrophysics

Research theme

  • Astronomy and astrophysics
  • Plasma physics

Sub department

  • Astrophysics

Research groups

  • Global Jet Watch
  • Pulsars, transients and relativistic astrophysics
Katherine.Blundell@physics.ox.ac.uk
Telephone: 01865 (2)73308
Denys Wilkinson Building, room 707
www.GlobalJetWatch.net
orcid.org/0000-0001-8509-4939
  • About
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The Global Jet Watch

Radio image of the microquasar SS433
The micro quasar SS433
Link to the site

Lowering Inferred Cluster Magnetic Field Strengths - the radio galaxy contributions

(2003)

Authors:

L Rudnick, K Blundell
More details from the publisher

The ruff of equatorial emission around the SS433 jets: its spectral index and origin

Proceedings of the 4th Microquasar Workshop (2003)

Authors:

Katherine M Blundell, Michael P Rupen, Amy J Mioduszewski, Tom WB Muxlow, Philipp Podsiadlowski

Abstract:

We present unique radio observations of SS433, using MERLIN, the VLBA, and the VLA, which allow us to, for the first time, properly image and derive a meaningful spectral index for the `ruff' of equatorial emission which surrounds SS433's jet. We interpret this smooth ruff as a wind-like outflow from the binary.
More details
Details from ORA
Details from ArXiV

The Mass of Radio Galaxies from Low to High Redshift

ESO Astrophysics Symposia Springer Nature (2003) 148-153

Authors:

Matt J Jarvis, Steve Rawlings, Steve Eales, Katherine M Blundell, Chris J Willott
More details from the publisher

The mass of radio galaxies from low to high redshift

ESO ASTROPHY SYMP (2003) 148-153

Authors:

MJ Jarvis, S Rawlings, S Eales, KM Blundell, CJ Willott

Abstract:

Using a new radio sample, 6C* designed to find radio galaxies at z > 4 along with the complete 3CRR and 6CE sample we extend the radio galaxy K - z relation to z similar to 4.5. The 6C* K - z data significantly improve delineation of the K - z relation for radio galaxies at high redshift (z > 2). In a spatially flat universe with a cosmological constant (Omega(M) = 0.3 and Omega(A) = 0.7), the most luminous radio sources appear to be associated with galaxies with a luminosity distribution with a high mean (approximate to 5L*), and a low dispersion (sigma similar to 0.5 mag) which formed their stars at epochs corresponding to z greater than or similar to 2.5).
More details from the publisher
Details from ArXiV

Near-infrared imaging and the K-z relation for radio galaxies in the 7C Redshift Survey

(2002)

Authors:

Chris J Willott, Steve Rawlings, Matt J Jarvis, Katherine M Blundell
More details from the publisher

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