Quantum matter in high magnetic fields

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Linear Magnetoresistance Caused by Mobility Fluctuations in n-Doped Cd3As2

Physical Review Letters American Physical Society (APS) 114:11 (2015) 117201

Authors:

A Narayanan, MD Watson, SF Blake, N Bruyant, L Drigo, YL Chen, D Prabhakaran, B Yan, C Felser, T Kong, PC Canfield, AI Coldea
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Fermi surface of IrTe2 in the valence-bond state as determined by quantum oscillations

Physical Review B American Physical Society (APS) 91:12 (2015) 121105

Authors:

SF Blake, MD Watson, A McCollam, S Kasahara, RD Johnson, A Narayanan, GL Pascut, K Haule, V Kiryukhin, T Yamashita, D Watanabe, T Shibauchi, Y Matsuda, AI Coldea
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Dichotomy between the hole and electrons behavior in the multiband FeSe probed by ultra high magnetic fields

(2015)

Authors:

MD Watson, T Yamashita, S Kasahara, W Knafo, M Nardone, J Beard, F Hardy, A McCollam, A Narayanan, SF Blake, T Wolf, AA Haghighirad, C Meingast, AJ Schofield, H von Lohneysen, Y Matsuda, AI Coldea, T Shibauchi
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Emergence of the nematic electronic state in FeSe

(2015)

Authors:

MD Watson, TK Kim, AA Haghighirad, NR Davies, A McCollam, A Narayanan, SF Blake, YL Chen, S Ghannadzadeh, AJ Schofield, M Hoesch, C Meingast, T Wolf, AI Coldea
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FeSe_magneotransport_Watson_PRL_2015

University of Oxford (2015)

Authors:

Amalia Coldea, Matthew Watson

Abstract:

These data constitute the data presented in the plots of Figures 1 and 2 in "Dichotomy between the Hole and Electron Behavior in the Multiband FeSe Probed by Ultrahigh Magnetic Fields" (Watson, PRL, 2015). The figures were created in Origin, but can be reproduced in any graphing software that can import standard ASCII files. The resistivity and Hall effect data has been scaled by the sample geometry into resistivty (not resistance) units. The data were collected in the Clarendon Laboratory, Oxford University and at the EMFL high magnetic field facilities in Toulouse.
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