| Similar researchers to Patrick Carberry:
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| Name |
Institution |
Area |
Added by |
Date |
|
Patrick Carberry (Info) |
Ohio State (Chemistry Tree) |
|
tarselli |
2015‑08‑06 |
|
Yannick Jacob (Info) |
Yale (Plant Biology Tree) |
|
pq |
2015‑11‑07 |
Sim(0.26) |
J. D. Levin (Info) |
Duke (Chemistry Tree) |
thermodynamics, and solid and fluid mechanics, to biological problems |
pq |
2015‑11‑16 |
Sim(0.28) |
Megan Skrip (Info) |
University of Rhode Island (Terrestrial Ecology Tree) |
|
TrumanYoung |
2012‑05‑30 |
Sim(0.31) |
Ronald A Skurray (Info) |
University of Sydney (Microtree) |
Plasmid biology, genetics of conjugation, F-plasmid genetics, drug resistance mechanisms in Gram negative and Gram positive bacteria |
AnimeshRay |
2019‑09‑06 |
Sim(0.33) |
Robert L. Packard (Info) |
Texas Tech (Evolution Tree) |
|
Burton_Lim |
2020‑08‑10 |
Sim(0.34) |
Kristie Thayer (Info) |
Miami Children's Hospital (Pediatric Surgery Tree) |
|
djweiner |
2019‑06‑07 |
Sim(0.35) |
Lulu Kang (Info) |
Georgia Tech (MathTree) |
Statistics, Industrial Engineering |
pq |
2017‑05‑12 |
Sim(0.36) |
Joanna Lahey (Info) |
MIT (Econometree) |
|
rtol |
2020‑03‑01 |
Sim(0.36) |
Marshall McLuhan (Info) |
University of Toronto (Writing Studies Tree) |
|
jacr |
2014‑03‑14 |
Sim(0.36) |
David Shucard (Info) |
SUNY Buffalo (Neurotree) |
|
everhartd |
2013‑03‑08 |
Sim(0.37) |
Amity Andersen (Info) |
UCLA (Chemistry Tree) |
theoretical chemistry |
pq |
2015‑11‑16 |
Sim(0.37) |
Michael D. Groaning (Info) |
Colorado State (Chemistry Tree) |
synthesis of biologically important compounds |
pq |
2015‑11‑07 |
Sim(0.38) |
Joseph Ready (Info) |
UT Southwestern (Chemistry Tree) |
|
tarselli |
2015‑07‑14 |
Sim(0.38) |
Nathan Illman (Info) |
King's College (Neurotree) |
|
akiraoconnor |
2014‑01‑31 |
Sim(0.38) |
Alexandra Sideris (Info) |
NYU (Neurotree) |
|
pq |
2015‑11‑16 |
Sim(0.38) |
Yutaka Kobayashi (Info) |
Baylor University (Chemistry Tree) |
|
tarselli |
2015‑07‑14 |
Sim(0.39) |
Weidong Luo (Info) |
Shanghai Jiao Tong University (Physics Tree) |
primary goal is to understand and predict materials properties at the most fundamental level using atomistic first principles (or |
pq |
2015‑11‑13 |
Sim(0.4) |
Shelley Ann Claridge (Info) |
UC Berkeley (Chemistry Tree) |
|
david |
2015‑07‑05 |
Sim(0.4) |
Raphael Koster (Info) |
UCL (Neurotree) |
Decision making, Memory |
raphaelkoester |
2013‑03‑08 |
Sim(0.4) |
Gengbei Shi (Info) |
UNC Charlotte (E-Tree) |
Biomedical Engineering, Mechanical Engineering |
pq |
2016‑04‑18 |
Sim(0.41) |
Julia Pollak (Info) |
University of Washington (Neurotree) |
developmental neurobiology |
pq |
2015‑11‑11 |
Sim(0.41) |
Robert E. Hughes (Info) |
Buck Institute for Research on Aging (Chemistry Tree) |
Neurodegeneration, Aging |
rhughestree |
2014‑05‑06 |
Sim(0.41) |
Earl T. McBee (Info) |
Purdue (Chemistry Tree) |
|
jandh |
2013‑07‑10 |
Sim(0.41) |
Stefanie T. Greenberg (Info) |
University of Iowa (EduTree) |
Clinical Psychology, Jewish Studies, Women's Studies |
pq |
2016‑03‑09 |
Sim(0.41) |
Arijit Saha (Info) |
University of Basel (Physics Tree) |
|
BaselTheory |
2020‑12‑19 |
Sim(0.41) |
Timothy J. Jarome (Info) |
UW-Milwaukee (Neurotree) |
Neuroscience Biology, Cognitive Psychology, Molecular Biology |
pq |
2016‑04‑07 |
Sim(0.41) |
Morgan Bida (Info) |
Rochester Institute of Technology (Marine Ecology Tree) |
|
actsbi |
2015‑04‑01 |
Sim(0.42) |
Geoffrey Koziol (Info) |
UC Berkeley (History of History Tree) |
Medieval |
david |
2015‑12‑23 |
Sim(0.42) |
Diana C. Parry (Info) |
UIUC (SocTree) |
Recreation, Women's Studies |
pq |
2016‑05‑25 |
Sim(0.42) |
Thomas O. Painter (Info) |
University of Pittsburgh (Chemistry Tree) |
Methodology, total synthesis, DOS |
pq |
2015‑10‑02 |
Sim(0.43) |
Steven C. Lovejoy (Info) |
Oregon State (E-Tree) |
composite materials |
pq |
2015‑11‑21 |
Sim(0.43) |
Xuedong Hu (Info) |
(Physics Tree) |
|
Nanan |
2018‑02‑27 |
Sim(0.43) |
David Derland Huff (Info) |
NOAA Fisheries (Marine Ecology Tree) |
Fish ecology, habitat models |
Huffdavid |
2011‑06‑27 |
Sim(0.43) |
Lingfeng You (Info) |
University of Pittsburgh (Chemistry Tree) |
Methodology, total synthesis, DOS |
pq |
2015‑10‑02 |
Sim(0.43) |
Jorn Saupe (Info) |
University of Alberta (Chemistry Tree) |
|
tarselli |
2015‑08‑06 |
Sim(0.43) |
Peter S. Pershan (Info) |
Harvard (Physics Tree) |
synchrotron generated X-rays to study fundamental properties of condensed matter |
jandh |
2013‑08‑24 |
Sim(0.44) |
Robert K. Masse (Info) |
University of Washington (Chemistry Tree) |
Aerospace Engineering, Chemical Engineering, Industrial Engineering |
pq |
2019‑01‑19 |
Sim(0.44) |
Melissa A. Fierke (Info) |
UMN (Chemistry Tree) |
Inorganic Chemistry; Materials Chemistry; Physical Chemistry; Experimental Physical Chemistry |
pq |
2015‑11‑17 |
Sim(0.45) |
Michael P. Zach (Info) |
UC Irvine (Chemistry Tree) |
nanomaterials |
pq |
2015‑11‑15 |
Sim(0.45) |
Jennifer B. Averill (Info) |
Univ. of New Mexico (Nursing Tree) |
Nursing, Cultural Anthropology |
pq |
2016‑03‑12 |
Sim(0.45) |
Inder M. Verma (Info) |
Salk Institute (Cell & Gene Therapy Tree) |
genetics and gene therapy |
lukhvdb |
2013‑08‑08 |
Sim(0.45) |
Everhardus Jacobus Ariëns (Info) |
Radboud University Nijmegen (Neurotree) |
|
jandh |
2011‑06‑19 |
Sim(0.45) |
Dmitriy Panasenko (Info) |
UCSD (E-Tree) |
Optics Physics |
pq |
2016‑02‑08 |
Sim(0.45) |
Emanuele Curotto (Info) |
Arcadia University (Chemistry Tree) |
theoretical chemistry |
rqtopper |
2013‑08‑21 |
Sim(0.45) |
Madelyn I Payne (Info) |
UC Berkeley / LBNL (E-Tree) |
microscopy, alloys |
mpayne |
2023‑01‑01 |
Sim(0.45) |
George Paul Lindberg (Info) |
Rochester Precision Optics (Physics Tree) |
High Pressure, Phase Changes, Glasses |
gpers29 |
2014‑10‑03 |
Sim(0.45) |
Krishna Kumar Gollapelli (Info) |
CSIR-Indian Institute of Chemical Technology (Chemistry Tree) |
|
Vigyaanik |
2018‑02‑03 |
Sim(0.45) |
Jacob C. Carlson (Info) |
Harvard (Chemistry Tree) |
The Chemistry of Molecular Evolution |
pq |
2015‑11‑09 |
Sim(0.45) |
Mona Eissa (Info) |
UT Dallas (Chemistry Tree) |
|
johnferraris |
2020‑02‑25 |
Sim(0.45) |
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