The St Andrews 1nS dead time HiPER 94 GHz ESR Spectrometer is starting to produce results which demonstrate the power of such high powers short deadtime pulsed ESR mm-wave spectometer.


Recent papers - derived from the third implemention of HiPER in the US NHMFL  are available from the following links



And a flysheet (2018) on HiPER performancde from Prof. Graham Smith is here


HiPER full

Thomas Keating is part of the HiPER partnership lead by Dr Graham Smith at St Andrews, to construct a pulse ESR spectrometer at 94GHz with single nanosecond pi/2 pulses and nanosecond dead-times with GHz detection bandwidths, incorporating phase cycling that will permit multi-dimensional, multi-resonance experiments including 2-D ESR, 2-D ENDOR, 2-D ELDOR, 2-D ESEEM, and to integrate the system with a state-of-the-art ultra-fast pulse laser facility that already exists at St Andrews.