A simplification of the t-matrix method for calculating the ground state energy of solid <SUP>3</SUP>He is proposed. It avoids the problem of parity violation and also facilitates the numerical computation of the ground state energy of a quantum crystal
In this pure theoretical study, a hitherto unexplored equation based on Shannon radii of the ions fo...
A renormalization procedure gives rigorous upper bound for the ground-state energy per spin for the ...
The work presented within this thesis uses quantum mechanical (QM) calculations to improve free ener...
The results of recent extensive numerical computations of the ground state energy of solid He<SUP>3<...
The analysis of the Bethe-Goldstone equation for solid 3He is performed by removing the difficulties...
Report about how Matrix Product States can be used to analyze a sub set of problems in quantum mecha...
When using quantum chemistry techniques to calculate the energetics of bulk crystals, there is a nee...
International audienceWe propose a simple and efficient real-space approach for the calculation of t...
A comparative assessment of the accuracy of different quantum mechanical methods for evaluating the ...
<p>Our method is composed of three steps: structure sampling, energy matrix generation, and binding ...
A form of variational method for calculating the ground state energy of a quantum mechanical system ...
An implementation of the Interacting Quantum Atoms method for crystals is presented. It provides a r...
The lattice energies of 47 crystal structures of organic compounds spanning a wide range of chemical...
A self-referential Monte Carlo method is described for calculating the free energy of crystalline so...
An approximate value for the ground-state energy of an antiferromagnetic lattice of spins one-half i...
In this pure theoretical study, a hitherto unexplored equation based on Shannon radii of the ions fo...
A renormalization procedure gives rigorous upper bound for the ground-state energy per spin for the ...
The work presented within this thesis uses quantum mechanical (QM) calculations to improve free ener...
The results of recent extensive numerical computations of the ground state energy of solid He<SUP>3<...
The analysis of the Bethe-Goldstone equation for solid 3He is performed by removing the difficulties...
Report about how Matrix Product States can be used to analyze a sub set of problems in quantum mecha...
When using quantum chemistry techniques to calculate the energetics of bulk crystals, there is a nee...
International audienceWe propose a simple and efficient real-space approach for the calculation of t...
A comparative assessment of the accuracy of different quantum mechanical methods for evaluating the ...
<p>Our method is composed of three steps: structure sampling, energy matrix generation, and binding ...
A form of variational method for calculating the ground state energy of a quantum mechanical system ...
An implementation of the Interacting Quantum Atoms method for crystals is presented. It provides a r...
The lattice energies of 47 crystal structures of organic compounds spanning a wide range of chemical...
A self-referential Monte Carlo method is described for calculating the free energy of crystalline so...
An approximate value for the ground-state energy of an antiferromagnetic lattice of spins one-half i...
In this pure theoretical study, a hitherto unexplored equation based on Shannon radii of the ions fo...
A renormalization procedure gives rigorous upper bound for the ground-state energy per spin for the ...
The work presented within this thesis uses quantum mechanical (QM) calculations to improve free ener...
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