Similar researchers to Cecilia Clementi: Advanced Search
Name Institution Area Added by Date  
Vijay S. Pande (Info) Stanford (Chemistry Tree) theoretical methods to understand the physical properties of biological molecules jandh 2012‑02‑26 Sim(0.85)
Charles L. Brooks (Info) University of Michigan (Chemistry Tree) computational biophysics jandh 2012‑03‑06 Sim(0.85)
Peter G. Wolynes (Info) Rice University (Computational Biology Tree) protein folding, regulatory networks, glasses, many-body phenomena dferreiro 2010‑06‑10 Sim(0.85)
José Nelson Onuchic (Info) Rice University (Physics Tree) Theoretical Biological Physics jandh 2012‑12‑04 Sim(0.84)
Ken A. Dill (Info) SUNY Stony Brook (Chemistry Tree) protein folding and stability jandh 2012‑12‑12 Sim(0.84)
Aram Davtyan (Info) University of Maryland (Physics Tree) Physical Chemistry, Biochemistry, General Biophysics, Computer Science pq 2016‑03‑28 Sim(0.83)
Eugene I. Shakhnovich (Info) Harvard (Chemistry Tree) Protein Folding and Design, Molecular Evolution, Drug Discovery jandh 2012‑03‑05 Sim(0.82)
Martin Karplus (Info) Harvard (Chemistry Tree) electronic structure, geometry, and dynamics of molecules of chemical and biological interest jandh 2011‑07‑24 Sim(0.82)
Carlo Camilloni (Info) Università degli Studi di Milano (Chemistry Tree) Biophysics, Structural Biology, Computational Biology carlo.camilloni 2017‑12‑28 Sim(0.82)
Tongye Shen (Info) UCSD (Physics Tree) david 2015‑07‑02 Sim(0.82)
Gregory R. Bowman (Info) Washington University (Chemistry Tree) sukritsingh 2015‑09‑27 Sim(0.81)
Margaret Shun Cheung (Info) UCSD (Physics Tree) david 2015‑07‑02 Sim(0.81)
Vincent A. Voelz (Info) Temple University (Chemistry Tree) molecular simulation of proteins and peptidomimetics vvoelz 2015‑09‑29 Sim(0.81)
Abhishek Jha (Info) Chicago (Chemistry Tree) statistical mechanics of polymers in the liquid phase, protein dynamics aggregation, and folding, equilibrium aggregation phenomena, and molecular electronic structure pq 2015‑11‑09 Sim(0.81)
Vincent J. Hilser (Info) Johns Hopkins (Physics Tree) General Biophysics, Biochemistry, Bioinformatics Biology pq 2016‑03‑28 Sim(0.8)
Sefika B. Ozkan (Info) Arizona State (Physics Tree) General Biophysics, Biochemistry pq 2016‑03‑22 Sim(0.8)
Hue Sun Chan (Info) University of Toronto (Physics Tree) sshimizu 2017‑02‑03 Sim(0.8)
Jeffrey Kenneth Noel (Info) UCSD (Physics Tree) david 2015‑07‑02 Sim(0.8)
Milo M. Lin (Info) Caltech (Chemistry Tree) Physical chemistry, chemical kinetics pq 2015‑11‑06 Sim(0.8)
Angel E. Garcia (Info) RPI (BME Tree) alanc2052 2017‑07‑30 Sim(0.8)
Jun Shimada (Info) Harvard (Chemistry Tree) Protein Folding and Design, Molecular Evolution, Drug Discovery pq 2015‑11‑11 Sim(0.8)
Sichun Yang (Info) UCSD (Physics Tree) david 2015‑07‑02 Sim(0.79)
Patrice Koehl (Info) UC Davis (MathTree) Applied Mathematics, General Biophysics, Biochemistry pq 2016‑02‑05 Sim(0.79)
Jonathan D. Hirst (Info) Nottingham (Chemistry Tree) Computational chemistry STang 2013‑07‑23 Sim(0.79)
Donald J. Jacobs (Info) UNC Charlotte (Computer Science Tree) Bioinformatics Biology, Computer Science pq 2016‑03‑30 Sim(0.79)
Isabella Daidone (Info) Universita di Roma (Chemistry Tree) RicSp 2017‑01‑04 Sim(0.79)
Qiang Shao (Info) Texas A & M (Chemistry Tree) Theoretical/Computational Chemistry and Biophysical Chemistry pq 2016‑01‑01 Sim(0.79)
Nurit Haspel (Info) U Mass Boston (Computer Science Tree) Computer Science, Bioinformatics Biology, Molecular Biology pq 2016‑04‑18 Sim(0.79)
Min-yi Shen (Info) Chicago (Chemistry Tree) statistical mechanics of polymers in the liquid phase, protein dynamics aggregation, and folding, equilibrium aggregation phenomena, and molecular electronic structure pq 2015‑11‑09 Sim(0.79)
Michael Levitt (Info) Stanford (Chemistry Tree) computational structural biology jandh 2012‑06‑18 Sim(0.79)
Ronald M. Levy (Info) Rutgers, New Brunswick (Chemistry Tree) Emilio.Gallicchio 2017‑11‑23 Sim(0.79)
John L. Klepeis (Info) Princeton (Chemistry Tree) pq 2015‑10‑03 Sim(0.79)
Jeremy L. England (Info) MIT (Chemistry Tree) theoretical methods to understand the physical properties of biological molecules pq 2015‑11‑10 Sim(0.79)
Jose M. Borreguero (Info) Boston University (Physics Tree) Statistical physics pq 2015‑10‑28 Sim(0.78)
Nikolay Dokholyan (Info) UNC Chapel Hill (Physics Tree) Molecular etiologies of human diseases sj35 2015‑11‑20 Sim(0.78)
Yaoqi Zhou (Info) SUNY Buffalo (Physics Tree) General Biophysics, Bioinformatics Biology pq 2016‑05‑29 Sim(0.78)
Young M. Rhee (Info) Stanford (Chemistry Tree) theoretical methods to understand the physical properties of biological molecules pq 2015‑11‑10 Sim(0.78)
Devarajan Thirumalai (Info) University of Maryland (Chemistry Tree) biophysics and theoretical biochemistry rqtopper 2013‑07‑08 Sim(0.78)
Lillian T. Chong (Info) University of Pittsburgh (Chemistry Tree) computational biophysics pq 2015‑11‑12 Sim(0.78)
Teresa Head-Gordon (Info) UC Berkeley (Chemistry Tree) Theoretical and computational chemistry, biophysics jandh 2012‑03‑06 Sim(0.78)
Maxwell I Zimmerman (Info) Washington Universeity (Chemistry Tree) mizimmer 2020‑12‑21 Sim(0.78)
David Baker (Info) University of Washington (Computational Biology Tree) protein structure prediction biocs 2010‑04‑12 Sim(0.77)
Bernard R Brooks (Info) NIH (Chemistry Tree) Computational Biophysics hlw 2013‑02‑02 Sim(0.77)
James O Wrabl (Info) Johns Hopkins (Physics Tree) jtwhite 2018‑06‑28 Sim(0.77)
Jooyoung Lee (Info) University of Florida (Chemistry Tree) advanced electronic materials pq 2015‑09‑27 Sim(0.77)
Martin Gruebele (Info) UIUC (Chemistry Tree) Protein folding, scanning tunneling microscopy, Ultrafast laser spectroscopy jandh 2013‑02‑13 Sim(0.77)
Tanja Kortemme (Info) UCSF (Computational Biology Tree) biocs 2010‑04‑12 Sim(0.77)
Zhuqing Zhang (Info) University of Chinese Academy of Sciences (Physics Tree) hschan 2019‑03‑11 Sim(0.77)
Bojan Zagrovic (Info) Stanford (Chemistry Tree) theoretical methods to understand the physical properties of biological molecules pq 2015‑11‑10 Sim(0.77)
Bojan Zagrovic (Info) Stanford (Chemistry Tree) theoretical methods to understand the physical properties of biological molecules pq 2015‑11‑10 Sim(0.77)
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