Similar researchers to Harish Chandan:
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Name |
Institution |
Area |
Added by |
Date |
|
Harish Chandan (Info) |
Argosy University, Atlanta (Econometree) |
Management Business Administration, Commerce-Business Economics |
pq |
2016‑06‑02 |
|
Hakuei Fujiyama (Info) |
KU Leuven (Neurotree) |
|
r_oshea |
2018‑06‑30 |
Sim(0.35) |
David Landry (Info) |
UAH (Physics Tree) |
Astronomy and Astrophysics, Astrophysics Physics |
pq |
2016‑02‑18 |
Sim(0.36) |
Zachary Baquet (Info) |
USAID (Neurotree) |
|
Rsmeyne |
2015‑09‑15 |
Sim(0.4) |
Alexandros Kiparissides (Info) |
Imperial College London (Chemistry Tree) |
|
bernalde |
2019‑11‑06 |
Sim(0.41) |
Pei Liu (Info) |
Imperial College London (Chemistry Tree) |
|
bernalde |
2019‑11‑06 |
Sim(0.41) |
Sachin Chitta (Info) |
Penn (Physics Tree) |
|
pq |
2015‑11‑14 |
Sim(0.41) |
Jeffrey J. Warren (Info) |
University of Washington (Chemistry Tree) |
coordination chemistry, catalysis and electrocatalysis, bioinorganic chemistry, organometallic chemistry, physical organic chemistry, electron transfer, and reactions of nanoscale materials |
pq |
2015‑11‑13 |
Sim(0.41) |
Chen Zhao (Info) |
UC Berkeley (Chemistry Tree) |
Organic Chemistry |
magamajig |
2017‑01‑06 |
Sim(0.42) |
Magdy M. Mahfouz (Info) |
Ohio State (Chemistry Tree) |
|
pq |
2015‑09‑28 |
Sim(0.43) |
Jenny L. Baeseman (Info) |
CU Boulder (E-Tree) |
Biogeochemistry, Microbiology Biology, Environmental Engineering, Environmental Sciences |
pq |
2016‑03‑19 |
Sim(0.43) |
Daniela González (Info) |
University of Nebraska - Lincoln (E-Tree) |
|
gus_pampas |
2018‑10‑30 |
Sim(0.46) |
Weichung Wang (Info) |
University of Maryland (Computer Science Tree) |
|
ihchung |
2019‑11‑20 |
Sim(0.46) |
Lisa G. McFerrin (Info) |
NCSU (Evolution Tree) |
Computational biology, molecular evolution |
pq |
2015‑10‑26 |
Sim(0.46) |
Nathan Michael (Info) |
Penn (Physics Tree) |
|
pq |
2015‑11‑14 |
Sim(0.48) |
Ned C. Haubein (Info) |
Northwestern (Chemistry Tree) |
multiscale modeling, complex kinetics modeling, environmental catalysis, novel biochemical pathways, and polymerization/depolymerization kinetics |
pq |
2015‑09‑28 |
Sim(0.48) |
Jieming Li (Info) |
University of Waterloo (Chemistry Tree) |
Polymer Chemistry, Materials Science Engineering |
pq |
2016‑05‑24 |
Sim(0.48) |
Joseph Claybaugh (Info) |
Walden University (Neurotree) |
GLBT Studies, Clinical Psychology, General Religion, Behavioral Psychology, Spirituality |
pq |
2016‑03‑19 |
Sim(0.48) |
Donald Worster (Info) |
University of Kansas (History of History Tree) |
environmental history, North American history |
jacr |
2013‑01‑31 |
Sim(0.49) |
Jack A. Kavanagh (Info) |
Loyola University Chicago (EduTree) |
Higher Education, Education |
pq |
2016‑01‑21 |
Sim(0.49) |
Nahom M. Beyene (Info) |
University of Pittsburgh (Robotree) |
Occupational Therapy, Biomedical Engineering, Public Health |
pq |
2016‑02‑10 |
Sim(0.49) |
Stephanie Reich (Info) |
FU Berlin (Physics Tree) |
|
connectingresearchers |
2023‑03‑07 |
Sim(0.49) |
Donghui Zhang (Info) |
Dartmouth (Chemistry Tree) |
Organometallic mechanism and synthesis, CF bond activation, catalysis |
pq |
2015‑11‑16 |
Sim(0.5) |
David L. Veenstra (Info) |
University of Washington (Econometree) |
General, Epidemiology, General Economics |
pq |
2016‑05‑10 |
Sim(0.51) |
Robert H. Ferrell (Info) |
Indiana University Bloomington (History of History Tree) |
|
jacr |
2018‑07‑03 |
Sim(0.51) |
Maria Montchal (Info) |
UC Irvine (Neurotree) |
|
myassa |
2018‑03‑30 |
Sim(0.53) |
Marc Kornbleuth (Info) |
Boston University (Astronomy Tree) |
|
cosmicray |
2022‑10‑15 |
Sim(0.53) |
Howard J. Spero (Info) |
UC Davis (Chemistry Tree) |
Biogeochemistry, Geology |
pq |
2016‑05‑22 |
Sim(0.53) |
Therese L. Ekberg (Info) |
Uppsala University, Sweden (Neurotree) |
|
janna.m.gottwald |
2018‑10‑15 |
Sim(0.53) |
Andrew W. Jones (Info) |
Yale (Evolution Tree) |
|
pq |
2015‑11‑07 |
Sim(0.53) |
Richard S. Meltzer (Info) |
University of Georgia (Physics Tree) |
|
js0b |
2018‑01‑08 |
Sim(0.54) |
Paula Bontempi (Info) |
NASA Headquarters (Oceanography Tree) |
|
ateh |
2019‑11‑20 |
Sim(0.54) |
John H. Joo (Info) |
Harvard (E-Tree) |
|
pq |
2016‑01‑13 |
Sim(0.54) |
Xiaorui Yu (Info) |
Texas A & M |
Process Safety, Optimization |
yxr861231 |
2013‑02‑19 |
Sim(0.54) |
Pierre Bosser (Info) |
University Paris 6 (Meteorology Tree) |
|
cloud_one |
2020‑09‑26 |
Sim(0.54) |
Cecilia Sena (Info) |
Columbia University Medical Center, New York (Neurotree) |
|
vthaker |
2020‑12‑10 |
Sim(0.54) |
Laura Timm (Info) |
Florida International (Evolution Tree) |
|
speleogenomics |
2015‑06‑08 |
Sim(0.55) |
Christopher E. Filardi (Info) |
University of Washington (Neurotree) |
Ornithology |
pq |
2015‑10‑05 |
Sim(0.55) |
Nicol E. McGruer (Info) |
Northeastern University (E-Tree) |
Electronics and Electrical Engineering |
pq |
2016‑05‑02 |
Sim(0.55) |
Rajaram Lakkaraju (Info) |
Indian Institue of Technology, Kharagpur (Physics Tree) |
|
DPMvG |
2017‑05‑15 |
Sim(0.55) |
Michael A. Nowak (Info) |
Washington University (Physics Tree) |
|
danehkar |
2017‑09‑13 |
Sim(0.55) |
Armen G. Beck (Info) |
Merck & Co., Inc. (Chemistry Tree) |
Machine Learning, Analytical Chemistry, Chromatography, Organic Synthesis, Drug Discovery |
gauravchopra |
2017‑11‑30 |
Sim(0.55) |
Turan Birol (Info) |
(Astronomy Tree) |
|
randomguy |
2019‑10‑22 |
Sim(0.55) |
Richard M. Hill (Info) |
UC Berkeley (Neurotree) |
|
drgregmaguire |
2016‑03‑15 |
Sim(0.56) |
Howard Stratton (Info) |
SUNY Albany (Epi Tree) |
Statistics, Mathematics, Epidemiology |
pq |
2016‑02‑05 |
Sim(0.56) |
Patrick H. Willoughby (Info) |
UMN (Chemistry Tree) |
Organic Chemistry |
pq |
2015‑11‑17 |
Sim(0.56) |
Luigi Cervetto (Info) |
University of Pisa, Italy (Neurotree) |
|
ldellasantina |
2022‑06‑20 |
Sim(0.56) |
Jarod J. Blades (Info) |
University of Idaho (SocTree) |
Natural Resource Management, Cognitive Psychology, Speech Communication |
pq |
2016‑06‑07 |
Sim(0.56) |
Katherine H. Karraker (Info) |
West Virginia University (Neurotree) |
Developmental Psychology, Public Health |
pq |
2016‑05‑23 |
Sim(0.56) |
Dor Ben-Amotz (Info) |
Purdue (Chemistry Tree) |
Raman and fluorescence microscopy are combined with near-IR lasers, fiber optics and optical array detector for micro-chemical analysis, proteomic diagnostics and real-time chemical imaging |
jandh |
2013‑02‑17 |
Sim(0.56) |
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