15 December 2014

Magnetic Field Induced Polarization in a Bose Glass State

High magnetic fields have been shown to induce strong electric polarizations in the doped organic quantum magnet, dichloro-tetrakis-thiourea, or DTN. The introduction of disorder in DTN leads to the formation of Bose glass states and the electric polarization is particularly enhanced at the transitions to the glass state.

For more information contact Vivien Zapf or Neil Sullivan.

Details

  • Research Area: Magnetism and Magnetic Materials
  • Research Initiatives: Materials
  • Facility / Program: High B/T
  • Year: 2014
Last modified on 4 March 2015