| Similar researchers to Omer Barad:
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| Name |
Institution |
Area |
Added by |
Date |
|
Omer Barad (Info) |
Weizmann Institute (Neurotree) |
|
eranh |
2018‑01‑26 |
|
Jennifer Yang (Info) |
Caltech (DevTree) |
|
gmich |
2017‑11‑15 |
Sim(0.38) |
Ta-Sheng A. Tseng (Info) |
UW Madison (Chemistry Tree) |
Bioinorganic Chemistry, Allostery in Gas Sensing Metalloproteins, Metallosensor design |
pq |
2015‑11‑16 |
Sim(0.42) |
Ryan B. Parks (Info) |
UW Madison (Chemistry Tree) |
Bioinorganic Chemistry, Allostery in Gas Sensing Metalloproteins, Metallosensor design |
pq |
2015‑11‑16 |
Sim(0.44) |
Jody M. Green (Info) |
Purdue (Evolution Tree) |
Entomology Biology |
pq |
2017‑04‑24 |
Sim(0.45) |
David Bruce McKay (Info) |
Stanford University Medical Center (Chemistry Tree) |
crystallographic structure determination and biophysical studies of proteins and RNA |
jandh |
2012‑06‑25 |
Sim(0.45) |
Elizabeth H. Blodgett Salafia (Info) |
Notre Dame (Neurotree) |
Developmental Psychology, Clinical Psychology |
pq |
2016‑04‑18 |
Sim(0.46) |
Ioannis D. Spanopoulos (Info) |
University of South Florida (Chemistry Tree) |
Hybrid Semiconductors, Molecular Engineering, Crystal Engineering, Light-matter Interactions, Reticular Chemistry |
Ioaspan |
2020‑04‑23 |
Sim(0.47) |
Eric J. Nunes (Info) |
University of Connecticut (Neurotree) |
Depression/dopamine |
ejnunes |
2012‑02‑04 |
Sim(0.48) |
Secil Koseoglu (Info) |
UMN (Chemistry Tree) |
molecular recognition for chemical sensing |
pq |
2015‑11‑17 |
Sim(0.5) |
Russ Clay (Info) |
VCU (PsychTree) |
Social Psychology; Threat Detection |
JohnTerrizzi |
2012‑02‑27 |
Sim(0.5) |
Francis A. DiGiano (Info) |
UNC Chapel Hill (E-Tree) |
Environmental Engineering, Environmental Sciences, Environmental Health |
pq |
2016‑03‑21 |
Sim(0.53) |
Stephen Gordon (Info) |
Liverpool School of Tropical Medicine (Chemistry Tree) |
|
kcmei |
2018‑06‑20 |
Sim(0.53) |
Seth Jacob Sherman (Info) |
Boston University (Neurotree) |
|
pq |
2015‑09‑17 |
Sim(0.53) |
Andrew J. Senesi (Info) |
Northwestern (Chemistry Tree) |
Nanomaterials |
pq |
2015‑11‑09 |
Sim(0.54) |
Clayton E. Cressler (Info) |
University of Michigan (Theoretical Ecology Tree) |
|
pq |
2015‑09‑26 |
Sim(0.54) |
Sanford I. Bernstein (Info) |
University of California, San Diego and San Diego State University (Chemistry Tree) |
Cell Biology, Biochemistry, Molecular Biology |
pq |
2016‑05‑27 |
Sim(0.54) |
Frank Ballew Canfield (Info) |
University of Oklahoma (Physics Tree) |
|
jandh |
2019‑03‑13 |
Sim(0.54) |
Günter Victor Schulz (Info) |
University of Mainz (Chemistry Tree) |
|
jandh |
2013‑02‑24 |
Sim(0.54) |
Lech Borkowski (Info) |
U. Poznan (Physics Tree) |
Superconductivity, Strongly Correlated Electron |
hirschpe |
2013‑01‑18 |
Sim(0.55) |
Sheldon L. Glashow (Info) |
Boston University (Physics Tree) |
Theoretical physics |
jandh |
2014‑05‑15 |
Sim(0.55) |
John E. Ellis (Info) |
UMN (Chemistry Tree) |
chemistry of the elements |
jandh |
2013‑01‑31 |
Sim(0.55) |
Simon Jaud (Info) |
UC Irvine (Chemistry Tree) |
Theoretical and Computational Chemistry |
pq |
2015‑11‑15 |
Sim(0.55) |
Robert Q. Topper (Info) |
The Cooper Union (Chemistry Tree) |
theoretical chemistry and physics, computational chemistry |
rqtopper |
2013‑06‑05 |
Sim(0.55) |
Arvind Narayanaswamy (Info) |
Columbia (E-Tree) |
Mechanical Engineering |
pq |
2016‑05‑10 |
Sim(0.56) |
Samantha Cobos (Info) |
Brooklyn College (CUNY) (Neurotree) |
|
Neurotry |
2020‑10‑20 |
Sim(0.57) |
Martin Klein (Info) |
Old Dominion University (Neurotree) |
|
pq |
2016‑01‑01 |
Sim(0.57) |
David P. Gingery (Info) |
UMN (Chemistry Tree) |
molecular recognition for chemical sensing |
pq |
2015‑11‑17 |
Sim(0.57) |
Sheye Hu (Info) |
UMN (Chemistry Tree) |
|
sunx0053 |
2020‑04‑22 |
Sim(0.58) |
Christopher S. Foote (Info) |
UCLA (Chemistry Tree) |
singlet oxygen |
jandh |
2011‑11‑12 |
Sim(0.58) |
Omar Green (Info) |
UW Madison (Chemistry Tree) |
Bioinorganic Chemistry, Allostery in Gas Sensing Metalloproteins, Metallosensor design |
pq |
2015‑11‑16 |
Sim(0.58) |
Josep Ribo (Info) |
University of Barcelona (Chemistry Tree) |
|
FALK |
2013‑03‑10 |
Sim(0.59) |
Gretchen R. Stanton (Info) |
Penn (Chemistry Tree) |
catalysis and organic and inorganic synthesis |
pq |
2015‑11‑13 |
Sim(0.59) |
Fernando J. Uribe-Romo (Info) |
University of Central Florida (Chemistry Tree) |
|
wdichtel |
2014‑04‑17 |
Sim(0.6) |
Patricia Garrido (Info) |
Oklahoma State University (Evolution Tree) |
|
carla.garzon |
2016‑08‑28 |
Sim(0.6) |
James B. Falabella (Info) |
Georgia Tech (Chemistry Tree) |
Chemical Engineering |
pq |
2016‑05‑28 |
Sim(0.6) |
Rich Signell (Info) |
U.S. Geological Survey (Physics Tree) |
|
Aretxabaleta |
2017‑03‑16 |
Sim(0.6) |
Eric D. Knowles (Info) |
NYU (PsychTree) |
Social and political psychology |
ericdknowles |
2013‑01‑30 |
Sim(0.6) |
Sreshtha Pal (Info) |
Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore, India (ID Tree) |
|
arun.panchapakesan |
2018‑11‑24 |
Sim(0.61) |
Kristen J. Verhey (Info) |
University of Michigan (Cell Biology Tree) |
Kinesin, Tubulin Modifications |
RNA |
2012‑03‑08 |
Sim(0.61) |
Pinal C. Patel (Info) |
Northwestern (Chemistry Tree) |
Nanomaterials |
pq |
2015‑11‑09 |
Sim(0.61) |
Christopher B. Weldon (Info) |
Boston Children's Hospital (Pediatric Surgery Tree) |
|
djweiner |
2018‑08‑26 |
Sim(0.61) |
Catherine A. Dunn (Info) |
University of Pittsburgh (Neurotree) |
Spatial cognition |
pq |
2015‑09‑25 |
Sim(0.61) |
James Raymer (Info) |
CU Boulder (Theology Tree) |
Geography, Demography, Theory and Methods |
pq |
2016‑05‑24 |
Sim(0.61) |
Douglas C. Beshore (Info) |
Penn (Chemistry Tree) |
Natural product synthesis |
pq |
2015‑11‑07 |
Sim(0.62) |
Mihai Stoica (Info) |
IFW Dresden (Crystallography Tree) |
|
alexpangnku@live.cn |
2017‑06‑16 |
Sim(0.63) |
Eric V. Schow (Info) |
UC Irvine (Chemistry Tree) |
Theoretical and Computational Chemistry |
pq |
2015‑11‑15 |
Sim(0.63) |
Ian M. Harwood (Info) |
UCSF (Chemistry Tree) |
membrane protein characterizations and crystal structures |
pq |
2015‑11‑11 |
Sim(0.64) |
Alvin T. Yeh (Info) |
UC Berkeley (Chemistry Tree) |
Ultrafast dynamics of molecular vibrations and chemical reactions are studied with femtosecond optical pulses. |
pq |
2015‑11‑11 |
Sim(0.64) |
Christina E. Jenkins (Info) |
Washington State University/University of Idaho (Evolution Tree) |
Host/Parasite Coevolution |
cej9f |
2011‑06‑26 |
Sim(0.64) |
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