Felipe Attanasio

Research Associate (postdoc)

Universität Heidelberg

Biography

Interests

Physics of strongly correlated systems, such as QCD and ultracold gases
Coding for high performance numerical simulations
Modern programming techniques, mostly focused on C++

Education

PhD in Physics, 2017

Swansea University
MSc in Physics, 2013

São Paulo State University
BSc in Physics, 2009

University of São Paulo

Skills

Programming

C++{11,14,17}, C
MPI, CUDA, openMP
Monte Carlo simulations
Assembly (SSE, AVX,
some ARM and Atmel)
Linux
Python

Languages

Portuguese - native speaker
English - fluent
German - between A2 and B1
Japanese - very basic

Occasional hobbies

Photography
Electronics
Avid consumer of history podcasts

Teaching

🤔

Tutorials

Quantum field theory I - Winter/2020-2021
Lattice Field Theory - Winter/2021-2022
Quantum field theory I - Winter/2022-2023

Lecture courses

Advanced lattice field theory - Summer/2022

Experience

Research Associate

Universität Heidelberg

Oct 2020 – Present Heidelberg, Germany

Software development for high performance numerical simulations of physical models
Work on lattice QCD at finite chemical potential, ultracold atoms and other effective field theories, and photonic and neuromorphic computing
Supervision of bachelor, masters, and PhD students
Tutoring and teaching

Research Associate

University of Washington

Oct 2017 – Sep 2020 Seattle, WA, USA

Software development for high performance numerical simulations of physical models
Work on lattice QCD at finite chemical potential, ultracold atoms and other effective field theories

PhD Student

Swansea University

Jan 2014 – Sep 2017 Swansea, UK

Thesis title: A study of QCD at finite density using complex Langevin dynamics
Supervisor: Prof. Gert Aarts

Recent Publications

Quickly discover relevant content by filtering publications.

Felipe Attanasio, Benjamin Jäger, Felix P. G. Ziegler (2022). QCD equation of state via the complex Langevin method.

Cite arXiv

Felipe Attanasio, Lukas Rammelmüller, Joaquı́n E. Drut, Jens Braun (2021). Pairing patterns in polarized unitary Fermi gases above the superfluid transition.

Cite arXiv

Felipe Attanasio, Marc Bauer, Lukas Kades, Jan M. Pawlowski (2021). Searching for Yang-Lee zeros in O($N$) models. 38th International Symposium on Lattice Field Theory.

Cite arXiv

See all publications