Similar researchers to Alfredo Pasquarello: Advanced Search
Name Institution Area Added by Date  
Wolfgang E. Windl (Info) Ohio State (E-Tree) Computational Materials Science pq 2016‑04‑18 Sim(0.82)
Alfonso Baldereschi (Info) EPFL jandh 2013‑05‑22 Sim(0.87)
Otto Francis Sankey (Info) Arizona State molecular electronics jandh 2016‑01‑09 Sim(0.89)
Mark S. Hybertsen (Info) Brookhaven National Lab (Chemistry Tree) qwerty23 2019‑03‑02 Sim(0.96)
Efthimios Kaxiras (Info) Harvard Computational physics and materials science jandh 2012‑10‑04 Sim(0.96)
Jorge O. Sofo (Info) Penn State Condensed Matter Physics, Materials Science Engineering, Nanotechnology pq 2016‑03‑28 Sim(1.02)
David Alan Drabold (Info) Ohio University Materials Theory and Condensed Matter Theory. pq 2016‑02‑01 Sim(1.02)
Damien West (Info) RPI dhchoe 2019‑08‑02 Sim(1.04)
Roberto Car (Info) Princeton (Chemistry Tree) atomistic and the electronic structure and dynamics in materials jandh 2013‑02‑22 Sim(1.05)
Sokrates T. Pantelides (Info) Vanderbilt Condensed Matter Physics pq 2016‑03‑29 Sim(1.07)
K. J. Chang (Info) KAIST (Neurotree) byungkiryu 2018‑11‑07 Sim(1.1)
Gian-Marco Rignanese (Info) Université catholique de Louvain, Belgium (Chemistry Tree) setten 2019‑08‑08 Sim(1.14)
Junhyeok Bang (Info) KAIST (Neurotree) byungkiryu 2018‑11‑07 Sim(1.14)
Risto M. Nieminen (Info) Aalto University torbjornb 2015‑10‑04 Sim(1.17)
Raymond Atta-Fynn (Info) Ohio University Condensed Matter Physics pq 2016‑02‑03 Sim(1.19)
Graeme William Watson (Info) Trinity College Dublin (Chemistry Tree) Computational Chemistry aronwalsh 2014‑02‑28 Sim(1.21)
Xavier Gonze (Info) Université catholique de Louvain, Belgium (Chemistry Tree) setten 2019‑08‑08 Sim(1.25)
Marvin L. Cohen (Info) UC Berkeley primary goal is to understand and predict materials properties at the most fundamental level using atomistic first principles (or "ab initio") quantum-mechanical calculations jandh 2012‑07‑16 Sim(1.29)
Jeffrey B. Neaton (Info) Cornell pq 2016‑01‑02 Sim(1.29)
Thaneshwor P. Kaloni (Info) University of Manitoba (Chemistry Tree) msf4 2016‑04‑14 Sim(1.33)
Steven G. Louie (Info) UC Berkeley theoretical condensed matter physics and materials science jandh 2012‑07‑16 Sim(1.35)
Jacques Weber (Info) Université de Genève (Chemistry Tree) Theoretical Chemistry jppiquem 2013‑05‑21 Sim(1.36)
Shengbai Zhang (Info) RPI Condensed Matter Physics, Materials Science Engineering pq 2016‑06‑20 Sim(1.36)
Giulia Galli (Info) Chicago (Chemistry Tree) emlee 2018‑10‑02 Sim(1.39)
Emily Ann Carter (Info) Princeton (Chemistry Tree) theoretical chemistry jandh 2012‑12‑02 Sim(1.4)
Jinlong Yang (Info) University of Science & Technology of China (Chemistry Tree) renh 2018‑01‑30 Sim(1.4)
Kristian Sommer Thygesen (Info) Technical University of Denmark asger 2018‑11‑21 Sim(1.41)
Nicola Marzari (Info) EPFL (Chemistry Tree) jandh 2013‑07‑08 Sim(1.43)
João Francisco Justo (Info) University of Sao Paulo (USP), Brazil (E-Tree) amanicoba 2016‑01‑13 Sim(1.44)
Yi-Yang Sun (Info) RPI dhchoe 2019‑08‑02 Sim(1.44)
Sohrab Ismail-Beigi (Info) Yale condensed matter david 2016‑01‑01 Sim(1.45)
Su-Huai Wei (Info) Beijing Computational Science Reserach Center (Chemistry Tree) solar cells, modeling, materials aronwalsh 2019‑02‑21 Sim(1.46)
Richard M. Martin (Info) Chicago, UIUC Condensed matter physics jandh 2016‑07‑20 Sim(1.49)
Sukit Limpijumnong (Info) Case Western Condensed Matter Physics pq 2016‑05‑29 Sim(1.5)
Rodrigo Barbosa Capaz (Info) Universidade Federal do Rio de Janeiro Electronic, structural and optical properties of nanostructured systems jandh 2020‑12‑24 Sim(1.5)
Manish K. Niranjan (Info) UT Austin Materials Science Engineering, Condensed Matter Physics, Electronics and Electrical Engineering pq 2016‑03‑14 Sim(1.5)
Ravi P. Vedula (Info) Purdue (E-Tree) Electronics and Electrical Engineering, Materials Science Engineering, Condensed Matter Physics pq 2016‑03‑19 Sim(1.5)
Yi Luo (Info) Royal Institute of Technology (Chemistry Tree) taoshengzhe 2013‑05‑15 Sim(1.5)
Kyeongjae Cho (Info) UT Dallas (Neurotree) nanoscale materials fantaikong 2016‑03‑16 Sim(1.51)
Geoffrey Pourtois (Info) imec (Chemistry Tree) setten 2019‑08‑08 Sim(1.52)
Manish Jain (Info) UMN (Chemistry Tree) numerical simulation and high-performance computing to better understand continuum transport and reaction in the processing of advanced materials pq 2015‑10‑01 Sim(1.53)
Sten Lunell (Info) Uppsala (Chemistry Tree) connectingresearchers 2020‑10‑08 Sim(1.53)
Valentino R Cooper (Info) Oak Ridge National Laboratory (Chemistry Tree) vacooper 2018‑10‑18 Sim(1.53)
Valentino R. Cooper (Info) Penn (Chemistry Tree) theoretical and computational approaches to study complex systems in materials science, condensed-matter physics, and physical chemistry pq 2015‑11‑13 Sim(1.54)
Charles W. Myles (Info) Texas Tech Physics, Theoretical Condensed Matter Physics, Computational Materials Physics CharleyM1 2013‑05‑07 Sim(1.54)
Karsten Wedel Jacobsen (Info) Technical University of Denmark nano-physics mads 2011‑03‑23 Sim(1.54)
Su Y. Quek (Info) Harvard (Chemistry Tree) Molecular Interactions with Water on Metal Oxide Surfaces pq 2015‑11‑14 Sim(1.55)
Deyu Lu (Info) UIUC (Chemistry Tree) theoretical biophysics pq 2015‑11‑12 Sim(1.55)
James P. Lewis (Info) West Virginia University Condensed matter physics jppiquem 2013‑05‑22 Sim(1.56)
Walter Ashley Harrison (Info) General Electric Research Laboratory, Stanford Condensed Matter, Materials Science Tongay 2016‑09‑06 Sim(1.56)
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