Conveners
AIP: Computational and Mathematical Physics: CMP
- Glen Harris (University of Queensland)
In this talk, I will discuss recent developments in the field of nanomechanical computing. Specfically, I will propose the first error correction architecture for integrated nanomechanical systems that uses majority voting logic.
Time and resource-efficient active machine learning approach has been used to create a database containing the functional and structural properties of millions of novel van der Waals layered structures.
We study polymer melts via high precision Monte Carlo simulations of Hamiltonian paths of up to N = 100 million steps on the simple cubic lattice with periodic boundary conditions.
We explore the properties of uniform quasi-two-dimensional condensates with several interacting internal degrees of freedom, which we model in terms of a multi-component Gross-Pitaevskii equations in the rotating frame for a Bose-Einstein condensate in different experimentally realistic box geometries.
A simulation of the process of electron energy deposition in molecular hydrogen in the energy range 0–500 eV is reviewed. Ionisation and dissociative effects are examined and a new numerical method for sampling continuum excitations is presented.
