Is this you? Create Your Porfile

T. E. Kidd

Brookhaven National Laboratory

Archive Network Publication Hotspot Collaboration

Network

Latest external collaboration on country level. Dive into details by clicking on the dots.

Explore More

Hotspot

Dive into the research topics where T. E. Kidd is active.

Explore More

Publication

Featured researches published by T. E. Kidd.

Physical Review B | 2008

Doping of a One-Dimensional Mott Insulator: Photoemission and Optical Studies of Sr2CuO3+δ

T. E. Kidd; T. Valla; P. D. Johnson; K. W. Kim; G. D. Gu; C. C. Homes

The spectral properties of a one-dimensional (1D) single-chain Mott insulator Sr

Physical Review B | 2006

Fine details of the nodal electronic excitations in Bi 2 Sr 2 Ca Cu 2 O 8 + δ

T. Valla; T. E. Kidd; J. D. Rameau; H.-J. Noh; G. D. Gu; P. D. Johnson; H.-B. Yang; H. Ding

Physical Review B | 2005

Fine Details of the Nodal Electronic Excitations in Bi

T. Valla; T. E. Kidd; J. D. Rameau; Han-Jin Noh; G. D. Gu; P. D. Johnson; H.-B. Yang; H. Ding

CuO

Physical Review Letters | 2011

_2

H.-B. Yang; J. D. Rameau; Z.-H. Pan; G. D. Gu; P. D. Johnson; H. Claus; D. G. Hinks; T. E. Kidd

_{3}

Physical Review Letters | 2007

Sr

T. Valla; T. E. Kidd; Wei-Guo Yin; Genda Gu; P. D. Johnson; Zhihui Pan; A. V. Fedorov

have been studied in angle-resolved photoemission and optical spectroscopy, at half filling and with small concentrations of extra charge doped into the chains via high oxygen pressure growth. The single- particle gap is reduced with oxygen doping, but the metallic state is not reached. The bandwidth of the charge-transfer band increases with doping, while the state becomes narrower, allowing unambiguous observation of separated spinon and holon branches in the doped system. The optical gap is not changed upon doping, indicating that a shift of chemical potential rather than decrease of corelation gap is responsible for the apparent reduction of the photoemission gap.

Physical Review Letters | 2005