Lucas Madeira

• High-performance computing applied to quantum fluids, BP.TT

• Abstract

  This project aims to study vortices and turbulence in ultracold atomic gases in the quantum regime. Among the interesting effects being investigated is the quantum turbulence in a non-kinetically dominated regime, but with strong interactions. We intend to combine numerical methods and experiments to study various aspects of Bose-Einstein condensates: the dynamics and distribution of vort…

  Vortices and turbulence in strongly interacting quantum fluids and their mixtures, BP.PD

• Abstract

  This project aims to investigate some properties of the heavy rare-gas atoms adsorbed on graphene. We will apply the method of molecular dynamics to investigate properties such as specific heat, isosteric heat, radial pair distribution function, lattice constant, the layer separation distance from the substrate and order parameters. We plan to publish a paper in an international journal t…

  Heavy rare-gas atoms adsorbed on graphene, BP.MS

(Only some records are available in English at this moment)

• Abstract

  The objective of this project is to study ultra cold fermi gases. To this intent we will develop an efficient and scalable Diffusion Monte Carlo algorithm for parallel simulations. Prof. Schmidt is a visiting professor of the program "Science without borders" and has a long time collaboration with my advisor. I have worked with Dr. Schmidt during his first stay in our institution, so the …

  Quantum Monte Carlo for cold Fermi gases with a scalable parallel implementation, BE.EP.MS