9 citations · 13 across the 11 of their papers we have counts for
11 papers
Accurate calculation of excitonic signatures in the absorption spectrum of BiSBr using semiconductor Bloch equations
Jamie M. Booth, Mike V. Klymenko, Jared H. Cole +1
In order to realize the significant potential of optical materials such as metal halides, computational techniques which give accurate optical properties are needed, which can work…
An SU(3) Yang-Mills Structure for Electron-Phonon Interactions Resulting from Strong Electron Correlations in 2D hexagonal lattices
Jamie M. Booth
Concise and powerful mathematical descriptions of the interplay of spin and charge degrees of degrees of freedom with crystal lattice fluctuations are of extreme importance in mate…
A Wilsonian Approach to Crystal Structure Transformations driven by Strong Electron Correlations
Jamie M Booth
Mathematical descriptions of the interplay between strong electron correlations and lattice degrees of freedom are of enormous importance in the development of new devices based on…
Superconductivity From Confinement of Singlets in Metal Oxides
Jamie M. Booth
The Yang-Mills description of phonons and the consequent structure of electron liquids in strongly anharmonic crystals such as metal oxides is shown to yield an attractive electron…
A Pure Yang-Mills Description of Anharmonic Phonons
Jamie M. Booth
It is shown that a unitary theory of interacting phonons with orthogonal polarization vectors can be described by a pure SU(2) Yang-Mills theory. The three orthogonal modes: the tw…
Yang-Mills Structure for Electron-Phonon Interactions
Jamie M. Booth, Salvy P. Russo
This work presents a method of grouping the electron spinors and the acoustic phonon modes of polar crystals such as metal oxides into an SU(2) gauge theory. The gauge charge is th…
An Ab Initio Description of the Mott Metal-Insulator Transition of M Vanadium Dioxide
Jamie M. Booth, Daniel W. Drumm, Phil S. Casey +3
Using an \textit{ab initio} approach based on the GW approximation which includes strong local \textbf{k}-space correlations, the Metal-Insulator Transition of M vanadium dioxi…
Correlating the Energetics and Atomic Motions of the Metal-Insulator Transition of M1 Vanadium Dioxide
Jamie M Booth, Daniel W. Drumm, Phil S. Casey +3
Materials that undergo reversible metal-insulator transitions are obvious candidates for new generations of devices. For such potential to be realised, the underlying microscopic m…
Electronic structure of tungsten-doped vanadium dioxide
Jamie M. Booth, Daniel W. Drumm, Phil S. Casey +2
A common method of adjusting the metal-insulator transition temperature of M VO is via disruption of the Peierls pairing by doping, or inputting stress or strain. Howev…
Hubbard Physics in the PAW GW Approximation
Jamie M. Booth, Daniel W. Drumm, Phil S. Casey +2
It is demonstrated that the signatures of the Hubbard Model in the strongly interacting regime can be simulated by modifying the screening in the limit of zero wavevector in Projec…
The interplay between the structural and magnetic properties of vanadium dioxide from first principles
Jamie Booth, Daniel Drumm, Phil Casey +2
The effects of the spin and lattice degrees of freedom on the electronic structure of M1 vanadium dioxide are explored using a quasiparticle description. Contraction of the inter-v…