Norman Tubman

Cytowane przez

	Wszystkie	Od 2020
Cytowania	4286	3668
h-indeks	30	26
i10-indeks	45	38

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35 artykułów

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K. Birgitta WHALEYUniversity of California, BerkeleyZweryfikowany adres z berkeley.edu
Martin HEAD-GORDONKenneth S. Pitzer Distinguished Professor, University of California, BerkeleyZweryfikowany adres z cchem.berkeley.edu
Katie KlymkoLawrence Berkeley National LabZweryfikowany adres z lbl.gov
Daniel S LevineResearch Scientist, Fundamental AI Research - Chemistry at MetaZweryfikowany adres z meta.com
Diptarka HaitStanford Science Fellow, Department of Chemistry, Stanford UniversityZweryfikowany adres z stanford.edu
Carlos Mejuto-ZaeraLaboratoire de Physique Théorique, LPT, CNRSZweryfikowany adres z irsamc.ups-tlse.fr
Stuart HadfieldQuantum AI Lab at NASA Ames Research Center, USRA Research Institute for Advanced Computer ScienceZweryfikowany adres z nasa.gov
David CeperleyUniversity of Illinois Urbana-ChampaignZweryfikowany adres z uiuc.edu
Bert de JongLawrence Berkeley National LaboratoryZweryfikowany adres z lbl.gov
Filip A. WudarskiScientist at USRA in NASA QuAIL groupZweryfikowany adres z usra.edu
Yizhi ShenLawrence Berkeley National LabZweryfikowany adres z lbl.gov
Daniel FreemanAnthropicZweryfikowany adres z berkeley.edu
Thomas IadecolaAssociate Professor, Iowa State University; Scientist, Ames National LaboratoryZweryfikowany adres z iastate.edu
Daan CampsLawrence Berkeley National LaboratoryZweryfikowany adres z lbl.gov
Hitesh J ChanglaniAssociate Professor, Florida State University and National High Magnetic Field LaboratoryZweryfikowany adres z magnet.fsu.edu
Diana ChamakiColumbia UniversityZweryfikowany adres z columbia.edu
David B. Williams-YoungPrincipal Quantum Software Engineer, Microsoft Azure QuantumZweryfikowany adres z microsoft.com
Jonathan L DuBoisLawrence Livermore National LabZweryfikowany adres z llnl.gov
Gabriel PerdueScientist, FermilabZweryfikowany adres z fnal.gov
David E. Bernal NeiraPurdue UniversityZweryfikowany adres z purdue.edu

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Norman Tubman

NASA Ames

Zweryfikowany adres z u.northwestern.edu

Condensed Matter Physics/Quantum Computing


Tytuł Sortuj wg cytatów Sortuj wg roku Sortuj wg tytułu	Cytowane przez Cytowane przez	Rok
Software for the frontiers of quantum chemistry: An overview of developments in the Q-Chem 5 package E Epifanovsky, ATB Gilbert, X Feng, J Lee, Y Mao, N Mardirossian, ... The Journal of chemical physics 155 (8), 2021	927	2021
Heat-bath configuration interaction: An efficient selected configuration interaction algorithm inspired by heat-bath sampling AA Holmes, NM Tubman, CJ Umrigar Journal of chemical theory and computation 12 (8), 3674-3680, 2016	476	2016
A deterministic alternative to the full configuration interaction quantum Monte Carlo method NM Tubman, J Lee, TY Takeshita, M Head-Gordon, KB Whaley The Journal of chemical physics 145 (4), 2016	344	2016
QMCPACK: an open source ab initio quantum Monte Carlo package for the electronic structure of atoms, molecules and solids J Kim, AD Baczewski, TD Beaudet, A Benali, MC Bennett, MA Berrill, ... Journal of Physics: Condensed Matter 30 (19), 195901, 2018	334	2018
Modern approaches to exact diagonalization and selected configuration interaction with the adaptive sampling CI method NM Tubman, CD Freeman, DS Levine, D Hait, M Head-Gordon, ... Journal of chemical theory and computation 16 (4), 2139-2159, 2020	180	2020
The ground state electronic energy of benzene JJ Eriksen, TA Anderson, JE Deustua, K Ghanem, D Hait, MR Hoffmann, ... The journal of physical chemistry letters 11 (20), 8922-8929, 2020	153	2020
Observation of separated dynamics of charge and spin in the Fermi-Hubbard model F Arute, K Arya, R Babbush, D Bacon, JC Bardin, R Barends, A Bengtsson, ... arXiv preprint arXiv:2010.07965, 2020	143	2020
CASSCF with extremely large active spaces using the adaptive sampling configuration interaction method DS Levine, D Hait, NM Tubman, S Lehtola, KB Whaley, M Head-Gordon Journal of chemical theory and computation 16 (4), 2340-2354, 2020	138	2020
Theory of Finite Size Effects for Electronic Quantum Monte Carlo Calculations of Liquids and Solids M Holzmann, RC Clay III, MA Morales, NM Tubman, DM Ceperley, ... Physical Review B. 94, 035126, 2016	116	2016
Optimizing quantum heuristics with meta-learning M Wilson, R Stromswold, F Wudarski, S Hadfield, NM Tubman, EG Rieffel Quantum Machine Intelligence 3, 1-14, 2021	98	2021
Real-time evolution for ultracompact hamiltonian eigenstates on quantum hardware K Klymko, C Mejuto-Zaera, SJ Cotton, F Wudarski, M Urbanek, D Hait, ... PRX Quantum 3 (2), 020323, 2022	95	2022
Postponing the orthogonality catastrophe: efficient state preparation for electronic structure simulations on quantum devices NM Tubman, C Mejuto-Zaera, JM Epstein, D Hait, DS Levine, W Huggins, ... arXiv preprint arXiv:1809.05523, 2018	90	2018
Phase diagram of the parafermionic chain with chiral interactions Y Zhuang, HJ Changlani, NM Tubman, TL Hughes Physical Review B 92 (3), 035154, 2015	86	2015
Renyi entropy of the interacting Fermi liquid J McMinis, NM Tubman Physical Review B—Condensed Matter and Materials Physics 87 (8), 081108, 2013	76	2013
What levels of coupled cluster theory are appropriate for transition metal systems? A study using near-exact quantum chemical values for 3d transition metal binary compounds D Hait, NM Tubman, DS Levine, KB Whaley, M Head-Gordon Journal of chemical theory and computation 15 (10), 5370-5385, 2019	66	2019
Quantum-centric supercomputing for materials science: A perspective on challenges and future directions Y Alexeev, M Amsler, MA Barroca, S Bassini, T Battelle, D Camps, ... Future Generation Computer Systems 160, 666-710, 2024	54	2024
Molecular-atomic transition along the deuterium hugoniot curve with coupled electron-ion monte carlo simulations NM Tubman, E Liberatore, C Pierleoni, M Holzmann, DM Ceperley Physical review letters 115 (4), 045301, 2015	53	2015
An efficient deterministic perturbation theory for selected configuration interaction methods NM Tubman, DS Levine, D Hait, M Head-Gordon, KB Whaley arXiv preprint arXiv:1808.02049, 2018	48	2018
ARQUIN: architectures for multinode superconducting quantum computers J Ang, G Carini, Y Chen, I Chuang, M Demarco, S Economou, ... ACM Transactions on Quantum Computing 5 (3), 1-59, 2024	46	2024
Are multi-quasiparticle interactions important in molecular ionization? C Mejuto-Zaera, G Weng, M Romanova, SJ Cotton, KB Whaley, ... The Journal of Chemical Physics 154 (12), 2021	42	2021

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