We devise a theory of adsorption of low-energy atoms on suspended graphene membranes
maintained at low temperature based on a model of atom-acoustic phonon interactions. Our …

We consider an optomechanical system comprising a single cavity mode and a dense
spectrum of acoustic modes and solve for the quantum dynamics of initial cavity mode Fock …

The phonon-assisted sticking rate of slow moving atoms impinging on an elastic membrane
at nonzero temperature is studied analytically using a model with linear atom-phonon …

We study the sticking rate of atomic hydrogen to suspended graphene using four different
methods that include contributions from processes with multiphonon emission. We compare …

In this work we study various aspects of the quantum dynamics for a system coupled to a
Bosonic environment, which is described by a collection of quantum harmonic oscillators or …

Results from four different approximations to the phonon-assisted quantum adsorption rate
for cold atoms on a 2D material are compared and contrasted:(1) a loop expansion (LE) …