11 citations · 15 across the 8 of their papers we have counts for
8 papers · 1 filter
A resolution to doping asymmetry puzzle in high Tc cuprates
G. Baskaran
We present a microscopic model for `electron doped' family and offer a resolution to a long standing doping asymmetry puzzle. Here, i) Ce atoms do not dope free…
Strongly Correlated Impurity Band Superconductivity in Diamond: X-ray Spectroscopic evidence for upper Hubbard and mid-gap bands
G. Baskaran
In a recent X-ray absorption study in boron doped diamond, Nakamura et al. have seen a well isolated narrow boron impurity band in non-superconducting samples and an additional nar…
Resonating Valence Bond Mechanism of Impurity Band Superconductivity in Diamond
G. Baskaran
Superconductivity in an uncompensated boron doped diamond, a very recent observation, is strikingly close to an earlier observation of Anderson-Mott insulator to metal transition,…
Reply to `Comment on "Gapless Spin-1 Neutral Collective Mode Branch for Graphite"' by Peres et al
G. Baskaran, S. A. Jafari
Reply to `Comment on "Gapless Spin-1 Neutral Collective Mode Branch for Graphite"' by Peres et al [cond-mat/0312263].
Quantum Charge Liquid - a new metallic state in 2 dimensions ? Application to NaCoO family
G. Baskaran
`Quantum Charge Liquid'(QCL), a new phase, is proposed to describe anomalous metallic properties (T < 100 K)of a density 'y' of doped holes with strong coulomb repulsions, in a ban…
Theory of Neutron Scattering for Gapless Neutral Spin-1 Collective Mode in Graphite
S. A. Jafari, G. Baskaran
Using tight binding band picture for 2D graphite, and the Hubbard interaction, recently we obtained a gapless, neutral spin-1 collective mode in graphite \cite{SZS}. In this paper…