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| Name | Institution | Area | Added by | Date | Hiroshi T. Ichikawa (Info) | Michigan State (Evolution Tree) | pq | 2015‑11‑17 | Benjamin Gojman (Info) | Penn (E-Tree) | Circuits and Computer Engineering | pq | 2016‑01‑08 | Jennifer L. Van Reet (Info) | UVA (Neurotree) | pq | 2015‑11‑08 | Sim(0.34) | Hamdan Hamdan (Info) | UAMS (Physics Tree) | Molecular Biology, Neuroscience Biology, Genetics | pq | 2016‑03‑29 | Sim(0.36) | David Fritzsche (Info) | Temple University (MathTree) | Mathematics | pq | 2016‑03‑22 | Sim(0.36) | Sarah Bryson (Info) | UCLA (Marine Ecology Tree) | marine community ecology | Xenopusx | 2012‑01‑17 | Sim(0.38) | Lorenzo Casimiro (Info) | Sorbonne Université (Chemistry Tree) | LCasimiro | 2019‑12‑28 | Sim(0.38) | Donald A. Overton (Info) | Temple University (Neurotree) | Psychobiology Psychology | pq | 2016‑05‑30 | Sim(0.4) | Finny George Kuruvilla (Info) | Harvard (Chemistry Tree) | david | 2015‑08‑05 | Sim(0.4) | Yufen Li (Info) | University of Jinan (Chemistry Tree) | alexpangnku@live.cn | 2021‑03‑09 | Sim(0.41) | Noel M. Ziebarth (Info) | University of Miami (Biomechanics Tree) | Biomedical Engineering, Biomechanics Biophysics | pq | 2016‑02‑09 | Sim(0.41) | Edward E. Abbott (Info) | Sasol (Chemistry Tree) | Inorganic Chemistry | pq | 2016‑02‑09 | Sim(0.44) | Erika A. Patall (Info) | Duke (Neurotree) | Social Psychology | pq | 2016‑02‑05 | Sim(0.44) | Benjamin Gagl (Info) | Johann Wolfgang Goethe University, Frankfurt, Germany (Neurotree) | Reading, Visual word recognition | bgagl | 2018‑04‑03 | Sim(0.44) | Alexander J. Krupka (Info) | Drexel (Neurotree) | Spinal Cord Injury | krupkaa2 | 2011‑09‑26 | Sim(0.44) | Emil A. Hernandez-Pagan (Info) | Penn State (Chemistry Tree) | Chemistry of Nanoscale Inorganic Materials | pq | 2015‑11‑17 | Sim(0.45) | Scott Woods (Info) | Yale School of Medicine (Neurotree) | brittneycbrown | 2019‑07‑27 | Sim(0.46) | Steven J. Konezny (Info) | Rochester (Chemistry Tree) | Organic Electronics, Plasmon-enhanced Spectroscopy and Biomolecular Sensing | pq | 2015‑09‑29 | Sim(0.47) | Pankaj Gaur (Info) | IIT Mandi, India (Chemistry Tree) | Vigyaanik | 2017‑08‑20 | Sim(0.48) | Erik Keller (Info) | Hanze University of Applied Science (Chemistry Tree) | erikkeller | 2020‑02‑13 | Sim(0.48) | Jon R. Menke (Info) | UMN (Microtree) | Plant Pathology Agriculture, Molecular Biology, Microbiology Biology | pq | 2016‑03‑22 | Sim(0.49) | David D. Sworder (Info) | UCSD (E-Tree) | Electronics and Electrical Engineering | pq | 2016‑03‑22 | Sim(0.49) | Lukas Chrostowski (Info) | UC Berkeley (E-Tree) | Microsystems and materials; Nano-Optoelectronic devices | pq | 2016‑01‑11 | Sim(0.5) | Bo OuYang (Info) | Brandeis (Chemistry Tree) | Physical Chemistry, Biochemistry | pq | 2016‑03‑27 | Sim(0.5) | Arjun Saha (Info) | Indiana University Bloomington (Chemistry Tree) | arka26 | 2017‑08‑17 | Sim(0.5) | Deqiang Sun (Info) | Texas A & M (Physics Tree) | Condensed Matter Physics, Atomic Physics, Molecular Physics | pq | 2016‑05‑30 | Sim(0.5) | Yinle Zhou (Info) | University of Arkansas at Little Rock (E-Tree) | Computer Science, Computer Engineering | pq | 2016‑03‑29 | Sim(0.5) | andres reyes (Info) | Universidad Nacional de Colombia (Chemistry Tree) | quantum chemistry | areyesv | 2013‑02‑02 | Sim(0.5) | Juyeon Park (Info) | UMN (Philosophy Tree) | Design and Decorative Arts, Management Business Administration, Operations Research | pq | 2016‑03‑23 | Sim(0.5) | Kevin P. O'Halloran (Info) | Emory (Chemistry Tree) | fundamental structural and reactivity studies, Catalysis, functional nanomaterials (Nanotechnology), antiviral chemotherapy and solar energy conversion (Artificial Photosynthesis). | pq | 2015‑11‑29 | Sim(0.51) | E.A. Hobbie (Info) | UVA (Terrestrial Ecology Tree) | hhs | 2017‑07‑08 | Sim(0.51) | Emma J. Anderson (Info) | Harvard (History of History Tree) | Early American religion, print culture | pq | 2015‑10‑04 | Sim(0.51) | Jennifer J. Cowan (Info) | Emory (Chemistry Tree) | fundamental structural and reactivity studies, Catalysis, functional nanomaterials (Nanotechnology), antiviral chemotherapy and solar energy conversion (Artificial Photosynthesis). | pq | 2015‑11‑29 | Sim(0.51) | Cunyun Ye (Info) | Texas A & M (Physics Tree) | quantum physics | pq | 2015‑11‑17 | Sim(0.51) | Nadim M. Shohdy (Info) | Columbia (Microtree) | Microbiology Biology, Cell Biology, Molecular Biology, Pathology | pq | 2016‑03‑12 | Sim(0.51) | MD Shahin Alam (Info) | Penn State (E-Tree) | BangshuaiHan | 2021‑12‑02 | Sim(0.52) | Phillip Bedggood (Info) | University of Melbourne (Neurotree) | Vision, Adaptive Optics, Physiological Optics | ametha | 2013‑08‑27 | Sim(0.52) | Kevin James Quinn (Info) | UW Madison (Chemistry Tree) | pq | 2015‑08‑13 | Sim(0.52) | David Liao (Info) | Princeton (Physics Tree) | fundamental aspects of the evolution of biological systems | pq | 2015‑11‑22 | Sim(0.52) | Seokyoon MOON (Info) | Gwangju Institute of Science and Technology (Chemistry Tree) | sgpyj | 2020‑07‑16 | Sim(0.52) | Karen F. Kopera-Frye (Info) | University of Nevada, Reno (Neurotree) | Cognitive Psychology | pq | 2016‑02‑29 | Sim(0.52) | Jeremy Groskopf (Info) | Georgia State (Anthropology Tree) | Cinema, United States History | pq | 2016‑05‑26 | Sim(0.52) | Xiang Guan (Info) | Caltech (E-Tree) | Electronics and Electrical Engineering | pq | 2016‑03‑16 | Sim(0.53) | Rachel Marullo (Info) | UC Santa Barbara (Chemistry Tree) | manipulation and measurement of the surface properties of polymers | pq | 2015‑11‑18 | Sim(0.53) | Ruimao Hua (Info) | Tsing Hua University (Chemistry Tree) | qingshuaihan | 2017‑07‑03 | Sim(0.53) | Casey M. Jones (Info) | Princeton (Chemistry Tree) | interface chemistry | pq | 2015‑11‑08 | Sim(0.53) | Joy Stratton (Info) | USC (PsychTree) | Social Psychology | pq | 2015‑11‑17 | Sim(0.53) | Carolyn Parcheta (Info) | University of Hawai'i at Manoa (Chemistry Tree) | Geology, Geophysics | pq | 2016‑03‑23 | Sim(0.54) | Linda Garcés-Ramírez (Info) | Instituto Politecnico Nacional (Neurotree) | HiramTB20 | 2020‑07‑17 | Sim(0.54) | Xi Zhu (Info) | UIUC (Chemistry Tree) | how the physical chemical properties of surfaces impacts fundamental biological functions and device/material performance in biological environments | pq | 2015‑11‑18 | Sim(0.54) |
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