Condens. matter CLUSTER 4

CLUSTER 4:
magnetic field 973
phase diagram 707
topological insulator 631
phase transition 581
quantum critical 523
quantum hall 493
spin hall 459
symmetry breaking 441
single crystals 427
phase transitions 380
27 2013;2013;we 380
exx rpa 380
order parameter 340
topological insulators 317
domain wall 312
energy gaps 309
h coverage 303
octahedral rotations 303
fe2+ insulating 303
bi impurities 303
la figuera, 303
molecular dynamics 303
de walle, 303
30 2013;2013;using 298
defect complexes 297
vertical bar 296
valence bands 296
magnetic order 294
reaction energies 285
26 2013;2013;we 285
ferroelectric polarization 285
(space group 285
quantum criticality 268
density wave 268
magnetic fields 266
optical conductivity 251
quantum spin 251
mean-field theory 245
charge density 242
energy gap 240
electron-phonon coupling 239
neutron diffraction 238
anomalous hall 238
raman scattering 235
monte carlo 233
electric field 227
fermi liquid 226
spin-density wave 225
landau level 225
magnetic moments 216
thermal conductivity 214
uniaxial pressure 214
collective excitations 214
x root 211
superconducting order 211
nuclear spin 211
time reversal 209
hydrostatic pressure 208
proton irradiation 208
transition metal 207
exchange interaction 206
thermoelectric transport 206
magnetic coupling 206
correlated fermi 206
0 pi 205
synchrotron x-ray 205
first-order phase 205
band bending 204
oxygen vacancy 204
bilayer graphene 204
3-mev proton 203
induced 3-mev 203
superconducting tendencies 203
low-frequency dynamics 203
easy axis 203
carbon nanotube 203
oxygen vacancies 203
fe-rich samples 202
fe-phthalocyanine molecules 202
and;hydrostatic pressure 202
domain walls. 202
magnonic vortex 202
100 k, 202
micromagnetic simulations 202
defect-domain-wall interactions 202
international physics 202
2013;2013;the magnetic 202
hall angle 202
(delta r 202
per nc 202
bi2se3-xtex (x 202
donors per 202
magnetic easy 202
band gap 202
reversal symmetry. 202