PhD in Computational Physics
EPFL Lausanne (CH)
It has been fascinating to explore the possibilities that qudits offer for fermionic quantum simulations, thanks to their higher dimensionality. Check out our latest work on local fermion-to-qudit mappings, where we propose strategies to preserve the locality of two-dimensional fermionic Hamiltonians.
R. Carobene, S. Barison , A. Giachero & J. Nys
arXiv:2412.05616 (2024)
The limitations of computing and processing power are no small matter. Rather, they constitute a decisive question, which must be treated with the utmost respect.
- from "Computer meets Theoretical Physics"
I'm a Ph.D. student in Physics at EPFL, in Lausanne, in the group of Prof. Giuseppe Carleo.
My research focuses on the development of quantum algorithms for the simulation of quantum systems.
I work to make the most of current quantum hardware, combining it with methods inspired by classical machine learning.
S. Barison , F. Vicentini & G. Carleo
Quantum 5, 512 (2021)
S. Barison , D.E. Galli & M. Motta
Physical Review A 106 (2), 022404 (2022)
S. Barison , F. Vicentini, I. Cirac & G. Carleo
Phys. Rev. Research 4 (4), 043161 (2022)
R. Carobene, S. Barison & A. Giachero
Quantum Science and Technology 8 (3), 035014 (2023)
D. Linteau, S. Barison , N. Lindner & G. Carleo
Phys. Rev. Research 6 (2), 023130 (2024)
S. Barison , F. Vicentini & G. Carleo
arXiv:2309.08666 (2023)
S. Barison , J. Robledo-Moreno & M. Motta
Quantum Science and Technology 10 (2), 025034 (2025)
R. Carobene, S. Barison , A. Giachero & J. Nys
arXiv:2412.05616 (2024)
EPFL, Lausanne, Switzerland
2020 - 2025
University of Milan, Milan, Italy
2018 - 2020
University of Milan, Milan, Italy
2015 - 2018
Liceo Scientifico "IISS I. Versari", Cesano Maderno (MB), Italy
2010 - 2015