Photo of Dr Feodor Ogrin

Dr Feodor Ogrin

Senior Lecturer

Email:

Telephone: 01392 724116 or 01392 724186

Extension: (Streatham) 4116 or (Streatham) 4186

My research interests lie in nanostructured Magnetic Materials: their fabrication using advanced lithographic tools (e.g. FIB, EBL, ENSL), characterisation with soft x-ray scattering/imaging techniques and study of fundamental properties for potential technological applications. Current research projects include: development of the time-resolved soft x-ray holographic imaging of magnetic thin film structures; development of self-propelled ferromagnetic micro-swimmers for biomedical applications; development and application of micromagnetic FDTD-LLG simulation code for studies of magnetic metamaterials.

Further details of my research projects can be found at the magnetic materials research page. ­

Education and Employment

  • 1987 - 1992 MSc, Moscow Institute of Physics and Technology
  • 1993 - 1996 PhD Physics, Keele University
  • 1996 - 2001 Postdoctoral research assistant, University of St Andrews
  • 2001 - 2005 Lecturer in Physics, University of Exeter
  • 2005 -         Senior Lecturer in Physics, University of Exeter

Funded Research Projects (2008-2013)

  • "Novel Wave Phenomena in Magnetic Nanostructures (NoWaPhen)", EU FP7 PIRSES-GA-2009-247556, 03/05/2010 - 02/05/2014, €156,600 (CI)
  • "Magnonics: Mastering Magnons in Magnetic Meta-Materials (MAGNONICS)", EU FP7 NMP-2008-SMALL-2-CP-FP-228673, 15/09/2009 - 14/09/2012, €822,796 (CI)
  • "X-ray holography in reflection geometry", STFC/Exeter studentship, 2009-2013 (PI) – £66,000
  • "X-ray magnetic holography in reflection geometry", EPSRC EP/I010076/1, 1/07/2010 -31/12/2010 £10,430 (PI)
  • "Studying Sub-Picosecond Photo-Magnetic Switching with Nanometer Resolution", EPSRC EP/G027846/1 1/10/2008-31/1/2009 7,095 (PI)
  • "Spin@RT: Room Temperature Spintronics", EPSRC EP/D000572/1, 1/7/06-30/9/09, £420,429 (CI)
  • "Magnetic X-ray imaging of patterned NiFe arrays" EPSRC EP/F026765/1 1/09/2007-31/01/2008 £7,247 (PI)

Facilities Usage (2008-2013)

Facilities time for which I was the Principal Investigator:

  • "Holographic imaging of magnetic vortex dynamics", SOLEIL 4/06/2014-9/06/2014 15 shifts of 8 hours (PI)
  • "Phase resolved holography of the vortex core gyration", STFC Diamond Light Source beamline I06 SI9889 TBA 18 shifts of 8 hours
  • "Holographic imaging of magnetic droplets", STFC Diamond Light Source beamline I06 SI9288 29/01/2014 18 shifts of 8 hours
  • "Time-resolved holographic imaging of magnetic vortex dynamics", STFC Diamond Light Source beamline I06 SI8507 15/05/2013 18 shifts of 8 hours
  • "Grazing incidence HERALDO to study magnetisation in Py/Ta/Co/Pt patterned nanoscopic structures", SI7621 25/07/2012 18 shifts of 8 hours
  • "Investigation of stray field coupling effects in Py/Co/Pt patterned structures using grazing incidence HERALDO", ESRF ID08 HE3757 16/05/2012 18 shifts of 8 hours
  • "Grazing incidence HERALDO to study magnetisation in Py/Ta/Co/Pt patterned nanoscopic structures", SI6525 25/05/2011 18 shifts of 8 hours
  • "Investigation of stray field coupling effects in Py/Co/Pt patterned structures using X-ray holographic imaging", SI6244 17/02/2011 18 shifts of 8 hours
  • "X-ray holographic reflectivity imaging of thin film magnetic nanostructures", BESSY UE52-SGM 2011_1_100784 11/04/2011 7 shifts of 12 hours
  • "X-ray magnetic holography in reflection geometry", SSRL B13-3 91I6 19/07/2010 7 shifts of 12 hours
  • "X-ray holographic reflectivity imaging of thin film magnetic nanostructures", BESSY UE52-SGM 2010_1_90726 03/05/2010 7 shifts of 12 hours
  • "Holographic reflectivity imaging of magnetic domains", ESRF ID08 HE2827 21/01/2009 18 shifts of 8 hours
  • "X-ray transition microscopy of periodic nanomagnetic arrays", ALS 6.1.2 ALS-02227 17/12/2008 12 shifts of 8 hours
  • "Holographic imaging of patterned magnetic nanostructures", STFC Diamond Light Source beamline I06 SI780 15/10/2008 18 shifts of 8 hours
  • "Anisotropic magnetic scattering from a pattern of ferromagnetic dots", ILL D22 5-54-34 01/09/2008 15 shifts of 8 hours
  • "SANS investigation of 3D magnetic nanoparticles arrays", ILL D22 5-54-32 26/06/2008 12 shifts of 8 hours
  • "SXRMS study of magnetisation states in periodic arrays of multilayer nanorings", SRS 5U.1 50059 29/05/2008 15 shifts of 8 hours
  • "XPEEM of anisotropic coupling in periodic arrays of magnetic elements", STFC Diamond Light Source beamline I06 SI370 23/01/2008 15 shifts of 8 hours

Outreach

  • "Big Bang Southwest" Electromagnetic materials stand 2012, 2013.

 

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