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| Name | Institution | Area | Added by | Date | Daniel S. Jones (Info) | University of Oklahoma (Plant Biology Tree) | sakessler | 2019‑11‑04 | Jagdish Gangolly (Info) | SUNY Albany (Computer Science Tree) | Information Science, Accounting Business Administration, Computer Science | pq | 2016‑03‑23 | Sim(0.13) | Evan K. Franseen (Info) | University of Kansas (Chemistry Tree) | Geology, Geochemistry | pq | 2016‑04‑18 | Sim(0.14) | Deborah H. Santamore (Info) | Caltech (Physics Tree) | pq | 2016‑01‑13 | Sim(0.15) | George Karakostas (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.16) | Beatriz Russell (Info) | University of Cincinnati (Chemistry Tree) | Biochemistry | pq | 2016‑03‑29 | Sim(0.17) | Tracey A. Garcia (Info) | Florida International | General Psychology, Behavioral Psychology, Developmental Psychology | pq | 2016‑03‑30 | Sim(0.22) | Margaret Q. Rosenzweig (Info) | University of Pittsburgh (Nursing Tree) | Oncology, Pharmacology, Nursing, Clinical Psychology, Women's Studies | pq | 2016‑05‑12 | Sim(0.23) | Timothy A. Petrie (Info) | Georgia Tech (Chemistry Tree) | Biomedical Engineering, Materials Science Engineering | pq | 2017‑08‑10 | Sim(0.25) | Iannis Tourlakis (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.26) | Nikholas G. Toledo (Info) | UC Santa Barbara (E-Tree) | Electronics & Photonics | pq | 2016‑01‑14 | Sim(0.27) | Gina A. O'Neal-Moffitt (Info) | Florida State | Neuroscience Biology, Medicine and Surgery | pq | 2016‑05‑29 | Sim(0.28) | Carla E. Marin (Info) | Florida International | Theory and Methods, Clinical Psychology | pq | 2016‑03‑30 | Sim(0.28) | Rajsekar Manokaran (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.29) | Sushant Sachdeva (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.29) | Kenise Jefferson (Info) | University of Missouri - Saint Louis (Chemistry Tree) | Biochemistry | pq | 2016‑03‑29 | Sim(0.3) | Yuriy A. Zinchenko (Info) | Cornell (MathTree) | Operations Research | pq | 2016‑04‑19 | Sim(0.31) | Danielle J. Lindemann (Info) | Columbia (SocTree) | pq | 2016‑01‑10 | Sim(0.32) | Subhash A. Khot (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.32) | Carlos J. Camacho (Info) | University of Pittsburgh (Chemistry Tree) | General Biophysics, Biochemistry | pq | 2016‑04‑18 | Sim(0.34) | Cynthia A. Blum (Info) | Florida Atlantic University (Nursing Tree) | Nursing | pq | 2016‑03‑01 | Sim(0.34) | Sean R. Coyer (Info) | Georgia Tech (Chemistry Tree) | Biomedical Engineering, Cell Biology | pq | 2017‑08‑10 | Sim(0.35) | Zvi Livneh (Info) | Weizmann Institute (Chemistry Tree) | Biochemistry, Microbiology Biology, Cell Biology | pq | 2016‑04‑18 | Sim(0.35) | Chek B. Chua (Info) | Cornell (MathTree) | Operations Research, Industrial Engineering | pq | 2016‑04‑19 | Sim(0.36) | Saul Newman (Info) | American University (PoliSci Tree) | General, Canadian History | pq | 2016‑05‑18 | Sim(0.36) | Marwa F. Khater (Info) | University of Windsor (Computer Science Tree) | Computer Science, Ecology Biology | pq | 2016‑04‑19 | Sim(0.37) | Uttam Singisetti (Info) | UC Santa Barbara (E-Tree) | Electronics & Photonics | pq | 2016‑01‑14 | Sim(0.37) | Pablo M. Saz Parkinson (Info) | Stanford (Physics Tree) | Particle Astrophysics | pq | 2016‑01‑10 | Sim(0.37) | Rigoberto Rios-Estepa (Info) | WSU (Chemistry Tree) | Chemical Engineering | pq | 2016‑06‑20 | Sim(0.38) | Jessica Dahan (Info) | Florida International | Clinical Psychology | pq | 2016‑03‑30 | Sim(0.39) | Ralf M. Peetz (Info) | CUNY (Chemistry Tree) | Polymer Chemistry, General Chemistry | pq | 2016‑03‑22 | Sim(0.4) | Jun Seita (Info) | RIKEN (Stem Cell Tree) | Deep Learning, Systems Biology | jseita | 2018‑09‑02 | Sim(0.41) | Adam J Socia (Info) | Merck & Co. Inc (Chemistry Tree) | Analytical Chemistry | adamsocia | 2019‑11‑04 | Sim(0.42) | Brian J. Drawert (Info) | UC Santa Barbara (BME Tree) | Systems Biology and Discovery Tools | pq | 2016‑01‑14 | Sim(0.42) | Birgit J. Hausmann (Info) | Harvard (Physics Tree) | Nanotechnology, Optics Physics, Condensed Matter Physics | pq | 2016‑04‑06 | Sim(0.44) | Eunha Kim (Info) | UT Austin (BME Tree) | Biomedical, Medical | pq | 2016‑01‑23 | Sim(0.44) | Ram Rangan (Info) | Princeton (Computer Science Tree) | Computer Architecture and Compilers. | pq | 2016‑01‑13 | Sim(0.45) | Chris Hugh Senanayake (Info) | (Chemistry Tree) | kendrickslao | 2020‑05‑08 | Sim(0.45) | Ryan R. Resnik (Info) | University of Nevada, Las Vegas (Physics Tree) | Rehabilitation and Therapy | pq | 2016‑03‑22 | Sim(0.46) | Rong Ge (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.46) | James W. Honea (Info) | UC Santa Barbara (E-Tree) | Electronics & Photonics | pq | 2016‑01‑14 | Sim(0.48) | Carl J. Neufeld (Info) | UC Santa Barbara (E-Tree) | Electronics & Photonics | pq | 2016‑01‑14 | Sim(0.48) | Rebecca K. Shankland (Info) | Michigan State (EduTree) | Special Education, Secondary Education | pq | 2016‑03‑10 | Sim(0.5) | David A. Penry (Info) | Princeton (Computer Science Tree) | Computer Architecture and Compilers. | pq | 2016‑01‑13 | Sim(0.51) | George A. Reis (Info) | Princeton (Computer Science Tree) | Computer Architecture and Compilers. | pq | 2016‑01‑13 | Sim(0.51) | Damrongrit Piyabongkarn (Info) | UMN (E-Tree) | Mechanical Engineering, Automotive Engineering, Aerospace Engineering | pq | 2016‑03‑23 | Sim(0.51) | David Steurer (Info) | Princeton (Computer Science Tree) | Uses of randomness in complexity theory and algorithms; Efficient algorithms for finding approximate solutions to NP-hard problems (or proving that they don't exist); Cryptography. | pq | 2016‑01‑13 | Sim(0.52) | James P. Abulencia (Info) | Johns Hopkins (Chemistry Tree) | Biomedical Engineering, Chemical Engineering, Biochemistry | pq | 2016‑03‑15 | Sim(0.53) | Barbara L. Mooney (Info) | University of Arizona (Chemistry Tree) | Physical Chemistry | pq | 2016‑04‑19 | Sim(0.53) | Sumeet S. Bhagavat (Info) | SUNY Stony Brook (Robotree) | Mechanical Engineering | pq | 2016‑02‑07 | Sim(0.53) |
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