Variational Wave Functions for Strongly-Correlated Fermionic Systems
Federico Becca (SISSA), Improved Wariational Wave Functions for the Heisenberg Model on the Kagome Lattice
DISORDER AND INTERACTION: GROUND STATE PROPERTIES of the DISORDERED HUBBARD MODEL In collaboration with : Prof. Michele Fabrizio and Dr. Federico Becca. - ppt download
Uomini e Donne: Federico si becca un "no". Triangolo per Gemma | Torresette
CHSO : September 2015
federico | Flickr
Condensed concepts: Frustration is good for RVB and spin liquids
becca genné-bacon on Instagram: “A bull to show his love of really really rare steak. Thanks Federico!” | Becca, Time tattoos, Body mods
Quantum monte carlo approaches for - BECCA, FEDERICO - Compra Livros na Fnac.pt
Hidden Mott transition and large-U superconductivity in the two-dimensional Hubbard model
PDF) Reptation quantum Monte Carlo algorithm for lattice Hamiltonians with a directed-update scheme
Federico Becca - AD Scientific Index 2023
Static and dynamical properties of frustrated spin models
Federico Becca, University of Trieste & KITP 01
Uomini e Donne, anticipazioni: Federico si becca un no - newsby
Federico Becca, Univ. of Trieste 17
Quantum Monte Carlo Approaches for Correlated Systems: Becca, Federico, Sorella, Sandro: 9781107129931: Amazon.com: Books
An introduction to quantum spin liquids Part I
Federico Becca: "Spin-phonon coupling in frustrated Heisenberg models" - YouTube
Spectral signatures of fractionalization in the frustrated Heisenberg model on the square lattice
Quantum Monte Carlo Approaches for Correlated Systems: Becca, Federico, Sorella, Sandro: 9781107129931: Amazon.com: Books
Curriculum Vitæ Luca Fausto Tocchio Working Experience ...
Federico Becca (SISSA, Trieste, Italy) Localization and glassy dynamics of many-‐bo
Becca di Montandayné
An Introduction To Quantum Spin Liquids PDF | PDF | Condensed Matter | Chemical Product Engineering
Variational Monte Carlo (Part III) - Quantum Monte Carlo Approaches for Correlated Systems
Federico Becca: Low-energy spectrum of frustrated spin models (from a human-learning process)
