Hartmut Hafermann

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Mikhail KatsnelsonProfessor of Theoretical Physics, Radboud University NijmegenVerified email at science.ru.nl
Alexander LichtensteinProfessor, University of HamburgVerified email at physnet.uni-hamburg.de
Alexey RubtsovProfessor of Physics, Lomonosov Moscow State University; Russian Quantum Center Verified email at ct-qmc.org
Erik Gerardus Cornelis Petrus van LoonLund UniversityVerified email at teorfys.lu.se
Alessandro ToschiAssociate Professor -- Institute of Solid State Physics (Technische Universität Wien)Verified email at ifp.tuwien.ac.at
Georg RohringerEmmy Noether Junior Research group leader at the University of HamburgVerified email at ifp.tuwien.ac.at
Olle ErikssonVerified email at physics.uu.se
Andrey E. AntipovMicrosoft QuantumVerified email at ucsb.edu
Frank LechermannRuhr-Universität BochumVerified email at ruhr-uni-bochum.de
Björgvin HjörvarssonProfessor i fysik, Uppsala UniversitetVerified email at physics.uu.se
Philipp WernerDepartment of Physics, University of FribourgVerified email at unifr.ch
Laura MessioTeaching assistant, SU, ParisVerified email at sorbonne-universite.fr
Thomas AyralEviden Quantum Lab, Les Clayes-sous-Bois, FranceVerified email at atos.net
Emanuel GullProfessor, University of MichiganVerified email at umich.edu
Junya OtsukiOkayama UniversityVerified email at cmpt.phys.tohoku.ac.jp
Lewin BoehnkeVerified email at lewinboehnke.de
Juana MorenoLouisiana State UniversityVerified email at phys.lsu.edu
Mark JarrellLouisiana State University, Physics and Astronomy and Center for Computation and TechnologyVerified email at lsu.edu
Hartmut MonienProfessor of Physics, Bethe Center for Theoretical Physics, Bonn UniversityVerified email at uni-bonn.de
Jan GukelbergerMicrosoft ResearchVerified email at microsoft.com

Hartmut Hafermann

Optical Communication Technology Lab, Paris Research Center, Huawei Technologies France

Verified email at huawei.com - Homepage

Optical Fiber Communication Strongly Correlated Electrons


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Diagrammatic routes to nonlocal correlations beyond dynamical mean field theory G Rohringer, H Hafermann, A Toschi, AA Katanin, AE Antipov, ... Reviews of Modern Physics 90 (2), 025003, 2018	478	2018
TRIQS: A toolbox for research on interacting quantum systems O Parcollet, M Ferrero, T Ayral, H Hafermann, I Krivenko, L Messio, P Seth Computer Physics Communications 196, 398-415, 2015	432	2015
Orthogonal polynomial representation of imaginary-time Green’s functions L Boehnke, H Hafermann, M Ferrero, F Lechermann, O Parcollet Physical Review B—Condensed Matter and Materials Physics 84 (7), 075145, 2011	264	2011
Efficient perturbation theory for quantum lattice models H Hafermann, G Li, AN Rubtsov, MI Katsnelson, AI Lichtenstein, H Monien Physical review letters 102 (20), 206401, 2009	154	2009
Improved estimators for the self-energy and vertex function in hybridization-expansion continuous-time quantum Monte Carlo simulations H Hafermann, KR Patton, P Werner Physical Review B—Condensed Matter and Materials Physics 85 (20), 205106, 2012	148	2012
Polarization-division multiplexing based on the nonlinear Fourier transform JW Goossens, MI Yousefi, Y Jaouën, H Hafermann Optics express 25 (22), 26437-26452, 2017	118	2017
Fermi condensation near van Hove singularities within the Hubbard model on the triangular lattice D Yudin, D Hirschmeier, H Hafermann, O Eriksson, AI Lichtenstein, ... Physical Review Letters 112 (7), 070403, 2014	115	2014
Beyond extended dynamical mean-field theory: Dual boson approach to the two-dimensional extended Hubbard model EGCP Van Loon, AI Lichtenstein, MI Katsnelson, O Parcollet, ... Physical Review B 90 (23), 235135, 2014	107	2014
One-particle irreducible functional approach: A route to diagrammatic extensions of the dynamical mean-field theory G Rohringer, A Toschi, H Hafermann, K Held, VI Anisimov, AA Katanin Physical Review B—Condensed Matter and Materials Physics 88 (11), 115112, 2013	107	2013
Superconductivity, antiferromagnetism, and phase separation in the two-dimensional Hubbard model: A dual-fermion approach J Otsuki, H Hafermann, AI Lichtenstein Physical Review B 90 (23), 235132, 2014	101	2014
Dual fermion approach to susceptibility of correlated lattice fermions S Brener, H Hafermann, AN Rubtsov, MI Katsnelson, AI Lichtenstein Physical Review B—Condensed Matter and Materials Physics 77 (19), 195105, 2008	90	2008
Collective charge excitations of strongly correlated electrons, vertex corrections, and gauge invariance H Hafermann, EGCP van Loon, MI Katsnelson, AI Lichtenstein, ... Physical Review B 90 (23), 235105, 2014	82	2014
Plasmons in strongly correlated systems: spectral weight transfer and renormalized dispersion E Van Loon, H Hafermann, AI Lichtenstein, AN Rubtsov, MI Katsnelson Physical Review Letters 113 (24), 246407, 2014	79	2014
Superperturbation solver for quantum impurity models H Hafermann, C Jung, S Brener, MI Katsnelson, AN Rubtsov, ... Europhysics Letters 85 (2), 27007, 2009	79	2009
Mechanisms of finite-temperature magnetism in the three-dimensional Hubbard model D Hirschmeier, H Hafermann, E Gull, AI Lichtenstein, AE Antipov Physical Review B 92 (14), 144409, 2015	73	2015
Efficient implementation of the continuous-time hybridization expansion quantum impurity solver H Hafermann, P Werner, E Gull Computer Physics Communications 184 (4), 1280-1286, 2013	73	2013
Polarization-ring-switching for nonlinearity-tolerant geometrically shaped four-dimensional formats maximizing generalized mutual information B Chen, C Okonkwo, H Hafermann, A Alvarado Journal of Lightwave Technology 37 (14), 3579-3591, 2019	71	2019
Modern theories of many-particle systems in condensed matter physics DC Cabra, A Honecker, P Pujol Springer Science & Business Media, 2012	67	2012
Diagrammatic Monte Carlo approach for diagrammatic extensions of dynamical mean-field theory: Convergence analysis of the dual fermion technique J Gukelberger, E Kozik, H Hafermann Physical Review B 96 (3), 035152, 2017	65	2017
Self-energy and vertex functions from hybridization-expansion continuous-time quantum Monte Carlo for impurity models with retarded interaction H Hafermann Physical Review B 89 (23), 235128, 2014	59	2014

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