Liverpool Skyline

Astrophysics Research Institute

Dr Robert Crain

Dr Robert Crain

Telephone: 0151 904 6560

website

Biography

I am a Reader in Theoretical Astrophysics based at the Astrophysics Research Institute (ARI) of Liverpool John Moores University. I am currently supported by a Royal Society University Research Fellowship.

My research focusses on the formation of galaxies, and their dynamic co-evolution with their gaseous environments. Most commonly, I approach these studies using large-scale hydrodynamical simulations of galaxy populations, conducted on world-leading supercomputing facilities. These ‘synthetic universes’ are evolved over 14 billion years of cosmic history, from the Big Bang to the present day. They are the astrophysicist’s analogue of laboratory experiments; they enable us to study the complex processes that shape the properties of galaxies and their environments, and that ultimately govern the nature of the galaxy population we observe around us.

I am a core member of the EAGLE (Evolution and Assembly of GaLaxies and their Environments) project, and have thus played a leading role in the development, execution and analysis of the current state-of-the-art suite of galaxy formation simulations. Between 2015 and 2017, the project has yielded over 80 publications, including 2015's most-cited astrophysics publication world-wide. EAGLE was named Research Project of the Year at the Educate North awards in April 2016, and highly commended by the Times Higher Education awards in November 2016. For our research using the EAGLE simulations at the ARI, Ian McCarthy and I were awarded the 2016 Vice Chancellor's Excellence Award for Research.

In collaboration with colleagues at the ARI and the University of Heidelberg, I developed the E-MOSAICS suite of simulations, which incorporate models of globular cluster formation and evolution into a truly cosmological, gas-dynamical framework. I am also a key team member of QSAGE, a large Hubble Space Telescope survey that seeks to unveil the role of supermassive blackholes in regulating the growth of galaxies.

I am currently a visitor at the Kavli Institute for Cosmology, University of Cambridge, and a member of the Astronomy and Cosmology panel of the DiRAC national supercomputing facility.

My personal homepage is located at http://www.astro.ljmu.ac.uk/~astrcrai.

Languages

English

Degrees

2008, Durham University, United Kingdom, PhD
2004, Durham University, United Kingdom, MSci

Academic appointments

Reader in Theoretical Astrophysics, Astrophysics Research Institute, Liverpool John Moores University, 2017 - present
Royal Society University Research Fellow, Astrophysics Research Institute, Liverpool John Moores University, 2014 - present
Senior Lecturer, Astrophysics Research Institute, Liverpool John Moores University, 2014 - 2017
Postdoctoral Fellow, Leiden Observatory, Leiden University, 2011 - 2014
Postdoctoral Fellow, Centre for Astrophysics & Supercomputing, Swinburne University of Technology, 2009 - 2011

Publications

Highlighted publications

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Journal article

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Metuki O, Libeskind I, Hoffman Y, Crain RA, Theuns T. 2015. Galaxy properties and the cosmic web in simulations Monthly Notices of the Royal Astronomical Society, 446 :1458-1468 >DOI >Public Url

Rosas-Guevara YM, Bower RG, Schaye J, Furlong M, Frenk CS, Booth CM, Crain R, Dalla Vecchia C, Schaller M, Theuns T. 2015. The impact of angular momentum on black hole accretion rates in simulations of galaxy formation Monthly Notices of the Royal Astronomical Society, >Public Url

Schaller M, Frenk CS, Bower RG, Theuns T, Jenkins A, Schaye J, Crain RA, Furlong M, Dalla Vecchia C, McCarthy IG. 2015. The masses and density profiles of halos in a LCDM galaxy formation simulation ArXiv e-prints, >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Green AW, Glazebrook K, McGregor PJ, Damjanov I, Wisnioski E, Abraham RG, Colless M, Sharp RG, Crain RA, Poole GB, McCarthy PJ. 2014. DYNAMO - I. A sample of Hα-luminous galaxies with resolved kinematics \mnras, 437 :1070-1095 >DOI >Public Url

Li J-T, Crain RA, Wang QD. 2014. Chandra survey of nearby highly inclined disc galaxies - III. Comparison with hydrodynamical simulations of circumgalactic coronae \mnras, 440 :859-869 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

Crain RA, McCarthy IG, Schaye J, Theuns T, Frenk CS. 2013. Enriching the hot circumgalactic medium \mnras, 432 :3005-3024 >DOI >Public Url

Sawala T, Frenk CS, Crain RA, Jenkins A, Schaye J, Theuns T, Zavala J. 2013. The abundance of (not just) dark matter haloes \mnras, 431 :1366-1382 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

McCarthy IG, Schaye J, Font AS, Theuns T, Frenk CS, Crain RA, Dalla Vecchia C. 2012. Rotation rates, sizes and star formation efficiencies of a representative population of simulated disc galaxies \mnras, 427 :379-392 >DOI >Public Url

Bahé YM, McCarthy IG, Crain RA, Theuns T. 2012. The competition between confinement and ram pressure and its implications for galaxies in groups and clusters \mnras, 424 :1179-1186 >DOI >Public Url

McCarthy IG, Font AS, Crain RA, Deason AJ, Schaye J, Theuns T. 2012. Global structure and kinematics of stellar haloes in cosmological hydrodynamic simulations \mnras, 420 :2245-2262 >DOI >Public Url

Swinbank AM, Sobral D, Smail I, Geach JE, Best PN, McCarthy IG, Crain RA, Theuns T. 2012. The properties of the star-forming interstellar medium at z = 0.84-2.23 from HiZELS: mapping the internal dynamics and metallicity gradients in high-redshift disc galaxies \mnras, 426 :935-950 >DOI >Public Url

Sales LV, Navarro JF, Theuns T, Schaye J, White SDM, Frenk CS, Crain RA, Dalla Vecchia C. 2012. The origin of discs and spheroids in simulated galaxies \mnras, 423 :1544-1555 >DOI >Public Url

Scannapieco C, Wadepuhl M, Parry OH, Navarro JF, Jenkins A, Springel V, Teyssier R, Carlson E, Couchman HMP, Crain RA, Dalla Vecchia C, Frenk CS, Kobayashi C, Monaco P, Murante G, Okamoto T, Quinn T, Schaye J, Stinson GS, Theuns T, Wadsley J, White SDM, Woods R. 2012. The Aquila comparison project: the effects of feedback and numerical methods on simulations of galaxy formation \mnras, 423 :1726-1749 >DOI >Public Url

Weinmann SM, Pasquali A, Oppenheimer BD, Finlator K, Mendel JT, Crain RA, Macciò AV. 2012. A fundamental problem in our understanding of low-mass galaxy evolution \mnras, 426 :2797-2812 >DOI >Public Url

Livermore RC, Swinbank AM, Smail I, Bower RG, Coppin KEK, Crain RA, Edge AC, Geach JE, Richard J. 2012. Observational Limits on the Gas Mass of a z = 4.9 Galaxy \apjl, 758 :L35-L35 >DOI >Public Url

Livermore RC, Jones T, Richard J, Bower RG, Ellis RS, Swinbank AM, Rigby JR, Smail I, Arribas S, Rodriguez Zaurin J, Colina L, Ebeling H, Crain RA. 2012. Hubble Space Telescope Hα imaging of star-forming galaxies at z \sime 1-1.5: evolution in the size and luminosity of giant H II regions \mnras, 427 :688-702 >DOI >Public Url

Bower RG, Benson AJ, Crain RA. 2012. What shapes the galaxy mass function? Exploring the roles of supernova-driven winds and active galactic nuclei \mnras, 422 :2816-2840 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Font AS, McCarthy IG, Crain RA, Theuns T, Schaye J, Wiersma RPC, Dalla Vecchia C. 2011. Cosmological simulations of the formation of the stellar haloes around disc galaxies \mnras, 416 :2802-2820 >DOI >Public Url

Deason AJ, McCarthy IG, Font AS, Evans NW, Frenk CS, Belokurov V, Libeskind NI, Crain RA, Theuns T. 2011. Mismatch and misalignment: dark haloes and satellites of disc galaxies \mnras, 415 :2607-2625 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Crain RA, McCarthy IG, Frenk CS, Theuns T, Schaye J. 2010. X-ray coronae in simulations of disc galaxy formation \mnras, 407 :1403-1422 >DOI >Public Url

McCarthy IG, Schaye J, Ponman TJ, Bower RG, Booth CM, Dalla Vecchia C, Crain RA, Springel V, Theuns T, Wiersma RPC. 2010. The case for AGN feedback in galaxy groups \mnras, 406 :822-839 >DOI >Public Url

Crighton NHM, Morris SL, Bechtold J, Crain RA, Jannuzi BT, Shone A, Theuns T. 2010. Galaxies at a redshift of 0.5 around three closely spaced quasar sightlines \mnras, 402 :1273-1306 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Mitchell NL, McCarthy IG, Bower RG, Theuns T, Crain RA. 2009. On the origin of cores in simulated galaxy clusters \mnras, 395 :180-196 >DOI >Public Url

Crain RA, Theuns T, Dalla Vecchia C, Eke VR, Frenk CS, Jenkins A, Kay ST, Peacock JA, Pearce FR, Schaye J, Springel V, Thomas PA, White SDM, Wiersma RPC. 2009. Galaxies-intergalactic medium interaction calculation - I. Galaxy formation as a function of large-scale environment \mnras, 399 :1773-1794 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Crain RA, Eke VR, Frenk CS, Jenkins A, McCarthy IG, Navarro JF, Pearce FR. 2007. The baryon fraction of ΛCDM haloes \mnras, 377 :41-49 >DOI >Public Url

Engagement & Impact

Conference organisation:

Multiwavelength Dissection of Galaxies, Scientific Organising Committee, http://www.aao.gov.au/conference/multiwavelength-dissection-of-galaxies

The Dynamic Nature of Baryons in Halos, Scientific organiser, https://www.lorentzcenter.nl/lc/web/2012/499/report.php3?wsid=499&venue=Oort

Multiwavelength Dissection of Galaxies, Scientific Organising Committee, http://www.aao.gov.au/conference/multiwavelength-dissection-of-galaxies

The Dynamic Nature of Baryons in Halos, Scientific organiser, https://www.lorentzcenter.nl/lc/web/2012/499/report.php3?wsid=499&venue=Oort

Multiwavelength Dissection of Galaxies, Scientific Organising Committee, http://www.aao.gov.au/conference/multiwavelength-dissection-of-galaxies

The Dynamic Nature of Baryons in Halos, Scientific organiser, https://www.lorentzcenter.nl/lc/web/2012/499/report.php3?wsid=499&venue=Oort

External collaboration:

http://www.virgo.dur.ac.uk/, Virgo Consortium, Virgo Consortium

http://www.virgo.dur.ac.uk/, Virgo Consortium, Virgo Consortium

http://www.virgo.dur.ac.uk/, Virgo Consortium, Virgo Consortium

External PGR examinations performed:

Leiden University, PhD, Dawn of the red & dead: stellar kinematics of massive quiescent galaxies out to z = 2

Leiden University, MSc

Leiden University, MSc

Leiden University, PhD, Dawn of the red & dead: stellar kinematics of massive quiescent galaxies out to z = 2

Leiden University, MSc

Leiden University, MSc

Leiden University, PhD, Dawn of the red & dead: stellar kinematics of massive quiescent galaxies out to z = 2

Leiden University, MSc

Leiden University, MSc

External PGR Supervision - completed students:

Leiden University, MSc, Morphological & kinematical descriptors of simulated galaxies

Leiden University, MSc, PCA analysis of the properties of simulated galaxies

Leiden University, MSc, The role of recycling in the star formation rate of simulated galaxies

Leiden University, MSc, Morphological & kinematical descriptors of simulated galaxies

Leiden University, MSc, PCA analysis of the properties of simulated galaxies

Leiden University, MSc, The role of recycling in the star formation rate of simulated galaxies

Leiden University, MSc, Morphological & kinematical descriptors of simulated galaxies

Leiden University, MSc, PCA analysis of the properties of simulated galaxies

Leiden University, MSc, The role of recycling in the star formation rate of simulated galaxies

Fellowships:

Royal Society University Research Fellowship, Liverpool John Moores University

Royal Society University Research Fellowship, Liverpool John Moores University

Royal Society University Research Fellowship, Liverpool John Moores University

Media Coverage:

http://metro.co.uk/2014/12/31/scientists-play-god-inside-matrix-like-virtual-universe-5004840/, http://www.dailymail.co.uk/sciencetech/article-2892624/Could-mysteries-universe-revealed-computer-simulation-Amazing-program-backwards-forwards-cosmic-time.html, http://www.ibtimes.co.uk/meet-eagle-simulation-universe-created-cosmology-machine-1481482, Publication of the introductory EAGLE project study. Covered extensively in the UK (BBC, Daily Mail, Metro), overseas and online.

http://metro.co.uk/2014/12/31/scientists-play-god-inside-matrix-like-virtual-universe-5004840/, http://www.dailymail.co.uk/sciencetech/article-2892624/Could-mysteries-universe-revealed-computer-simulation-Amazing-program-backwards-forwards-cosmic-time.html, http://www.ibtimes.co.uk/meet-eagle-simulation-universe-created-cosmology-machine-1481482, Publication of the introductory EAGLE project study. Covered extensively in the UK (BBC, Daily Mail, Metro), overseas and online.

http://metro.co.uk/2014/12/31/scientists-play-god-inside-matrix-like-virtual-universe-5004840/, http://www.dailymail.co.uk/sciencetech/article-2892624/Could-mysteries-universe-revealed-computer-simulation-Amazing-program-backwards-forwards-cosmic-time.html, http://www.ibtimes.co.uk/meet-eagle-simulation-universe-created-cosmology-machine-1481482, Publication of the introductory EAGLE project study. Covered extensively in the UK (BBC, Daily Mail, Metro), overseas and online.

Other Professional Activity:

External reviewer for DiRAC consortium

External reviewer for DiRAC consortium

External reviewer for DiRAC consortium

Research Grants Awarded:

Royal Society, Next generation cosmological gas-dynamical simulations at Liverpool John Moores University, None, Grant value (£): 75785

NASA, Dynamic Chemical Galaxy Formation, Benjamin D. Oppenheimer (University of Colorado); Joop Schaye (Leiden University), Grant value (£): 255000

PRACE, EAGLE - Evolution & Assembly of GaLaxies and their Environments, Joop Schaye, Virgo Consortium, Grant value (£): 40 million core-hours, Duration of research project: 18 months

Royal Society, The gaseous Universe in realistic cosmological simulations, Grant value (£): 420645, Duration of research project: 5 years

NASA Astrophysics Theory Program, The sensitive side of galaxy formation, Ben Oppenheimer (Colorado), Joop Schaye (Leiden), Grant value (£): 82000, Duration of research project: 3 years

DiRAC, The Virgo Consortium, The Virgo consortium, Grant value (£): 65 million core-hours, Duration of research project: 3 years

Royal Society, Next generation cosmological gas-dynamical simulations at Liverpool John Moores University, None, Grant value (£): 75785

NASA, Dynamic Chemical Galaxy Formation, Benjamin D. Oppenheimer (University of Colorado); Joop Schaye (Leiden University), Grant value (£): 255000

PRACE, EAGLE - Evolution & Assembly of GaLaxies and their Environments, Joop Schaye, Virgo Consortium, Grant value (£): 40 million core-hours, Duration of research project: 18 months

Royal Society, The gaseous Universe in realistic cosmological simulations, Grant value (£): 420645, Duration of research project: 5 years

NASA Astrophysics Theory Program, The sensitive side of galaxy formation, Ben Oppenheimer (Colorado), Joop Schaye (Leiden), Grant value (£): 82000, Duration of research project: 3 years

DiRAC, The Virgo Consortium, The Virgo consortium, Grant value (£): 65 million core-hours, Duration of research project: 3 years

Royal Society, Next generation cosmological gas-dynamical simulations at Liverpool John Moores University, None, Grant value (£): 75785

NASA, Dynamic Chemical Galaxy Formation, Benjamin D. Oppenheimer (University of Colorado); Joop Schaye (Leiden University), Grant value (£): 255000

PRACE, EAGLE - Evolution & Assembly of GaLaxies and their Environments, Joop Schaye, Virgo Consortium, Grant value (£): 40 million core-hours, Duration of research project: 18 months

Royal Society, The gaseous Universe in realistic cosmological simulations, Grant value (£): 420645, Duration of research project: 5 years

NASA Astrophysics Theory Program, The sensitive side of galaxy formation, Ben Oppenheimer (Colorado), Joop Schaye (Leiden), Grant value (£): 82000, Duration of research project: 3 years

DiRAC, The Virgo Consortium, The Virgo consortium, Grant value (£): 65 million core-hours, Duration of research project: 3 years