Module list (all years)

All Training modules taught by MPAGS to date.

Modulesort iconAcademic yearStart date
MR2: Magnetic Resonance Hardware2009-201011/11/2009 - 09:00
MR3: Advanced Topics in Magnetic Resonance2009-201019/01/2010 - 09:00
MR4: Advanced Magnetic Resonance Theory2009-201016/02/2010 - 09:00
NM1: Monte Carlo and molecular dynamics2009-201012/01/2010 - 11:00
NS1: Nano/surface physics I: Atomic Structure2009-201019/10/2009 - 09:00
NS2: Nano/Surface Physics II: Electronic Structure2009-201018/01/2010 - 09:05
NS3: Nano/Surface Physics III: Local Probes of Surfaces and Interfaces2009-201022/02/2010 - 09:00
PL1: Waves in Laboratory and Astrophysical Plasmas2009-201012/11/2009 - 13:00
QM1: Quantum many-body physics2009-201010/11/2009 - 11:00
QM3: Relaxation and Decoherence in Classical and Quantum Physics2009-201016/02/2010 - 13:00
QM4: Quantum Hall and Many Body Effects2009-201013/11/2009 - 11:00
SM0: The physics of fluctuations2009-201007/10/2009 - 09:15
SM1: Phase transitions and collective phenomena2009-201013/01/2010 - 09:00
CM1: Theory of High Temperature Superconductors05/05/2009 - 10:00
DFT: Density Functional Theory02/03/2009 - 11:00
EX0a: Probes of Condensed Matter (part 1)07/10/2008 - 13:00
EX0b: Probes of Condensed Matter (part 2)11/11/2008 - 13:00
EX1: Magnetic Resonance11/02/2009 - 09:00
High Performance Scientific Computing (Warwick)06/10/2008 - 11:00
NM1: Monte Carlo and molecular dynamics06/01/2009 - 11:00
NS1: Nano/surface physics I: Atomic Structure06/10/2008 - 09:00
NS2: Nano/Surface Physics II: Electronic Structure10/11/2008 - 09:00
NS3: Nano/Surface Physics III: Local Probes of Surfaces and Interfaces23/02/2009 - 09:00
PL1: Waves in Laboratory and Astrophysical Plasmas11/11/2008 - 15:00
QM1: Quantum many-body physics12/11/2008 - 09:00
QM2: Quantum field theory20/01/2009 - 13:00
QM3: Relaxation and Decoherence in Classical and Quantum Physics17/02/2009 - 11:00
SM0: The physics of fluctuations08/10/2008 - 09:15
SM1: Phase transitions and collective phenomena07/01/2009 - 09:00
EX0: Probes of Condensed Matter14/11/2007 - 09:00
EX1: Magnetic Resonance13/02/2008 - 09:00
EX2: Optical Characterisation28/02/2008 - 09:00
NM1: Numerical Methods 112/10/2007 - 11:30
NT1: Introduction to nanotechnology08/10/2007 - 12:00
NT2: Top down approaches to nanostructure fabrication (F34TOP)23/01/2008 - 12:00
QM1: Quantum many-body physics13/11/2007 - 11:00
QM2: Quantum field theory24/01/2008 - 11:00
SM0: The physics of fluctuations10/10/2007 - 09:00
SM1: Phase transitions and collective phenomena15/01/2008 - 11:00