I discuss a microscopically accurate desciption of the potential environment inside rare gas plated mesoporous silica.
Realize a Tomanaga-Luttinger liquid of helium.
Helium in quasi-one-dimensional confinement presents an excellent platform to study the emergence of a Tomonaga-Luttinger liquid over a broad range of interaction strengths.
Discussion of an approach to the analytical continuation of imaginary time quantum Monte Carlo data.
Discussion of a framework for the dimensional reduction of superfluid helium using rare gas plated nanoporous material.
Extension of DLP theory using quasi-two-dimensional materials.
An extension of Dzyaloshinskii–Lifshitz–Pitaevskii (DLP) theory to include the polarization of quasi-two dimensional materials in a layered dielectric sandwich and characterizatize a class of critical wetting phenomena where film growth is arrested.
Quantum Monte Carlo simulations of helium adsorbed on strained graphene yielding interesting results.
Mechanical tuning of interaction potentials.
We design a framework for determining the close distance physics between a single uniaxially strained graphene sheet and adorption adatoms from long distance effects within the continuum limit.