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| Name |
Institution |
Area |
Added by |
Date |
|
Savas Berber (Info) |
Michigan State |
Condensed Matter Physics, Atomic Physics |
pq |
2016‑05‑26 |
|
David Tománek (Info) |
Michigan State |
Condensed Matter Physics, Atomic Physics |
pq |
2016‑05‑26 |
Sim(0.07) |
Gotthard Seifert (Info) |
TU Dresden (Chemistry Tree) |
|
pmiro |
2013‑09‑13 |
Sim(0.2) |
Thomas Heine (Info) |
Jacobs University Bremen (Chemistry Tree) |
|
pmiro |
2013‑09‑13 |
Sim(0.21) |
Xiao Cheng Zeng (Info) |
University of Nebraska - Lincoln (Chemistry Tree) |
Computational material science |
zenggroup |
2016‑01‑27 |
Sim(0.21) |
Jingsong Huang (Info) |
Georgetown (Chemistry Tree) |
Physical Chemistry |
pq |
2016‑03‑30 |
Sim(0.23) |
Stephan Irle (Info) |
Oak Ridge National Laboratory (Chemistry Tree) |
quantum chemistry, molecular dynamics, complex systems |
sirle |
2017‑09‑07 |
Sim(0.24) |
Andrew M. Rappe (Info) |
Penn (Chemistry Tree) |
theoretical and computational approaches to study complex systems in materials science, condensed-matter physics, and physical chemistry |
jandh |
2012‑07‑16 |
Sim(0.24) |
Harry T. Jonkman (Info) |
RUG (Chemistry Tree) |
(Bio)organic Materials and Devices |
jandh |
2012‑01‑12 |
Sim(0.26) |
Young-Gui Yoon (Info) |
UC Berkeley |
theoretical condensed matter physics and materials science |
pq |
2015‑11‑13 |
Sim(0.26) |
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(0.27) |
Valentino R Cooper (Info) |
Oak Ridge National Laboratory (Chemistry Tree) |
|
vacooper |
2018‑10‑18 |
Sim(0.27) |
Felipe Valencia (Info) |
IPICYT, S.L.P., Mexico |
|
aldoromero |
2021‑04‑13 |
Sim(0.27) |
K. J. Chang (Info) |
KAIST |
|
byungkiryu |
2018‑11‑07 |
Sim(0.27) |
Alfonso Baldereschi (Info) |
EPFL |
|
jandh |
2013‑05‑22 |
Sim(0.28) |
Manuel Melle-Franco (Info) |
(Chemistry Tree) |
|
jppiquem |
2017‑09‑24 |
Sim(0.28) |
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(0.29) |
Yi-Yang Sun (Info) |
RPI |
|
dhchoe |
2019‑08‑02 |
Sim(0.29) |
John W. Mintmire (Info) |
Oklahoma State University |
Condensed Matter Physics |
pq |
2016‑03‑21 |
Sim(0.29) |
Shengbai Zhang (Info) |
RPI |
Condensed Matter Physics, Materials Science Engineering |
pq |
2016‑06‑20 |
Sim(0.29) |
Otto Francis Sankey (Info) |
Arizona State |
molecular electronics |
jandh |
2016‑01‑09 |
Sim(0.3) |
Joaquin Calbo (Info) |
University of Valencia, Spain (Chemistry Tree) |
|
ed241223 |
2023‑12‑25 |
Sim(0.3) |
Vincent Crespi (Info) |
Penn State, UC Berkeley |
|
DanM |
2016‑03‑02 |
Sim(0.3) |
Carter T. White (Info) |
UVA |
|
vcharmandaris |
2018‑12‑22 |
Sim(0.31) |
Hosik Lee (Info) |
Seoul National University (Astronomy Tree) |
|
choong.h.kim |
2018‑07‑14 |
Sim(0.32) |
Sven Stafström (Info) |
Linköping University (Chemistry Tree) |
Charge transport, opto-electronic properties, organic materials |
mathieu |
2014‑11‑09 |
Sim(0.32) |
Juan Aragó (Info) |
University of Valencia, Spain (Chemistry Tree) |
|
ed241223 |
2023‑12‑25 |
Sim(0.32) |
Lai-Sheng Wang (Info) |
Brown (Chemistry Tree) |
nanoclusters |
jandh |
2012‑10‑24 |
Sim(0.32) |
Wolfgang E. Windl (Info) |
Ohio State (E-Tree) |
Computational Materials Science |
pq |
2016‑04‑18 |
Sim(0.32) |
Thiruvancheril G. Gopakumar (Info) |
IIT Kanpur (Chemistry Tree) |
|
connectingresearchers |
2020‑12‑08 |
Sim(0.33) |
Miklos Kertesz (Info) |
Georgetown (Chemistry Tree) |
Polymer Chemistry |
pq |
2016‑03‑30 |
Sim(0.33) |
Junhyeok Bang (Info) |
KAIST (Neurotree) |
|
byungkiryu |
2018‑11‑07 |
Sim(0.33) |
Jinlong Yang (Info) |
University of Science & Technology of China (Chemistry Tree) |
|
renh |
2018‑01‑30 |
Sim(0.33) |
Kyuho Lee (Info) |
Seoul National University (Astronomy Tree) |
|
choong.h.kim |
2018‑07‑14 |
Sim(0.34) |
Hui Chen (Info) |
Institute of Physics, Chinese Academy of Sciences |
|
chendust |
2020‑05‑05 |
Sim(0.34) |
Peihong Zhang (Info) |
Penn State |
Condensed Matter Physics, Computer Science, Materials Science Engineering |
pq |
2016‑03‑04 |
Sim(0.34) |
George Froudakis (Info) |
University of Crete, Greece (Chemistry Tree) |
|
gmpourmp |
2017‑06‑08 |
Sim(0.34) |
Haibin Su (Info) |
The Hong Kong University of Science and Technology (Chemistry Tree) |
Physical Chemistry, Biology |
hbsu |
2014‑02‑19 |
Sim(0.34) |
João Francisco Justo (Info) |
University of Sao Paulo (USP), Brazil (E-Tree) |
|
amanicoba |
2016‑01‑13 |
Sim(0.34) |
Prince Ravat (Info) |
University of Wuerzburg (Chemistry Tree) |
Physical Organic Chemistry |
PrinceRavat123 |
2019‑05‑27 |
Sim(0.35) |
Jorge O. Sofo (Info) |
Penn State |
Condensed Matter Physics, Materials Science Engineering, Nanotechnology |
pq |
2016‑03‑28 |
Sim(0.35) |
Thaneshwor P. Kaloni (Info) |
University of Manitoba (Chemistry Tree) |
|
msf4 |
2016‑04‑14 |
Sim(0.35) |
Mao-Sheng Miao (Info) |
CSUN |
|
jotabe1789 |
2018‑12‑24 |
Sim(0.36) |
Ilya Grinberg (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(0.36) |
Veronica Barone (Info) |
Central Michigan University (Chemistry Tree) |
|
juanp |
2020‑12‑02 |
Sim(0.36) |
Damien West (Info) |
RPI |
|
dhchoe |
2019‑08‑02 |
Sim(0.36) |
Xiaofeng Fan (Info) |
Jilin University (Neurotree) |
applied physics |
xiaof |
2020‑09‑16 |
Sim(0.36) |
Mina Yoon (Info) |
Michigan State |
Condensed Matter Physics |
pq |
2016‑05‑26 |
Sim(0.36) |
Felix Raoul Fischer (Info) |
UC Berkeley (Chemistry Tree) |
Molecular Electronics |
jandh |
2012‑03‑04 |
Sim(0.37) |
Michael Felix Crommie (Info) |
UC Berkeley |
Electricity and Magnetism Physics, Condensed Matter Physics |
pq |
2016‑03‑22 |
Sim(0.37) |
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