Similar researchers to Ronald Cohen: Advanced Search
Name Institution Area Added by Date  
Gabriel Kotliar (Info) Rutgers, New Brunswick (Physics Tree) condensed matter physics theorist 2011‑04‑26 Sim(0.8)
Börje Johansson (Info) Uppsala (Physics Tree) asger 2011‑01‑12 Sim(0.79)
Kristjan Haule (Info) Rutgers, New Brunswick (Astronomy Tree) Condensed Matter Physics, Theory Physics, Materials Science Engineering pq 2016‑02‑12 Sim(0.79)
Warren E. Pickett (Info) UC Davis (Physics Tree) Theoretical Condensed Matter Theory, physics, magnetism, superconductivity pq 2016‑03‑28 Sim(0.78)
Roser Valenti (Info) Goethe-Universität Frankfurt (Physics Tree) serapio 2017‑07‑02 Sim(0.78)
Matteo Cococcioni (Info) UMN (E-Tree) Chemical Engineering, Materials Science Engineering, Quantum Physics pq 2016‑04‑18 Sim(0.78)
Hulikal Ramaiyengar Krishnamurthy (Info) Indian Institute of Science Bangalore (Physics Tree) Theoretical condensed matter physics, especially quantum many body theory and statistical physics. Specifically, Quantum Impurity Physics, Strongly Correlated Electron Systems such as Manganites, Cuprates, etc., Models and Mechanisms of Metal-Insulator Tr david 2016‑01‑12 Sim(0.77)
Scott P. Beckman (Info) WSU (E-Tree) Materials Science Engineering pq 2016‑05‑02 Sim(0.77)
Dimitrios A. Papaconstantopoulos (Info) George Mason (Physics Tree) Density Functional Theory, Augmented Plane Wave, First-principles computations assadullah 2010‑07‑07 Sim(0.77)
Andrew John Millis (Info) Bell Labs, Rutgers, New Brunswick, Columbia, Johns Hopkins Theoretical Condensed Matter Physics jandh 2013‑02‑10 Sim(0.77)
Harald O. Jeschke (Info) Okayama University (Physics Tree) serapio 2017‑07‑02 Sim(0.77)
S Y. Savrasov (Info) UC Davis (Physics Tree) Condensed Matter Physics pq 2016‑03‑28 Sim(0.76)
Neil W. Ashcroft (Info) Cornell (Physics Tree) theoretical condensed matter physics jandh 2015‑12‑20 Sim(0.76)
Birger Bergersen (Info) UBC (MathTree) Statistics pq 2016‑02‑29 Sim(0.76)
James K. Freericks (Info) Georgetown (Physics Tree) Condensed Matter Physics, Materials Science Engineering, General Physics pq 2016‑03‑29 Sim(0.76)
Dennis P. Clougherty (Info) University of Vermont (Physics Tree) szygmunt 2015‑12‑22 Sim(0.76)
Bruce N. Harmon (Info) Iowa State (Astronomy Tree) Condensed Matter Physics, Theory Physics, General Physics pq 2016‑02‑12 Sim(0.76)
Duane Johnson (Info) UIUC (Physics Tree) Condensed Matter Physics, Astronomy and Astrophysics pq 2016‑03‑20 Sim(0.75)
Takeshi Egami (Info) Penn (Physics Tree) Condensed Matter Physics pq 2016‑05‑21 Sim(0.75)
Aleksey N. Kolmogorov (Info) Penn State (Physics Tree) Condensed Matter Physics pq 2016‑03‑04 Sim(0.75)
Xiaofeng Qian (Info) Texas A & M (Physics Tree) electronic structure theory; computational materials science; first-principles nonlinear optics; topological materials; 2D materials qianxiaofeng 2019‑10‑30 Sim(0.75)
Olivier Delaire (Info) Caltech (Physics Tree) Materials Science Engineering, Condensed Matter Physics pq 2016‑04‑04 Sim(0.75)
John Warren Wilkins (Info) Ohio State (Physics Tree) Condensed Matter, Theory abhijitmehta 2010‑07‑30 Sim(0.75)
Aldo Humberto romero (Info) West Virginia University (Physics Tree) computational materials science aldoromero 2018‑09‑06 Sim(0.75)
Gerd Steinle-Neumann (Info) University of Michigan (Physics Tree) Geophysics pq 2016‑04‑08 Sim(0.75)
Burak Himmetoglu (Info) UMN (Physics Tree) Elementary Particles and High Energy Physics, Astronomy and Astrophysics pq 2016‑04‑14 Sim(0.75)
Stefano Curtarolo (Info) Duke pratyushtiw 2015‑03‑22 Sim(0.75)
Vidvuds Ozolins (Info) UCLA Materials Science Engineering, Physical Chemistry pq 2016‑05‑02 Sim(0.74)
Peter Fulde (Info) Max-Planck Institute Theoretical Chemistry jppiquem 2013‑05‑23 Sim(0.74)
Bogdan Mihaila (Info) LANL (Physics Tree) many-body theory bmihaila 2016‑09‑02 Sim(0.74)
Andriy H. Nevidomskyy (Info) Rice University (Physics Tree) theoretical physics; condensed matter physics AndriyN 2016‑04‑26 Sim(0.74)
Jaejun Yu (Info) Seoul National University (Astronomy Tree) choong.h.kim 2017‑11‑11 Sim(0.74)
Karin M. Rabe (Info) Rutgers, New Brunswick (Astronomy Tree) Astronomy and Astrophysics, Condensed Matter Physics pq 2016‑05‑19 Sim(0.74)
Damien West (Info) RPI (Physics Tree) dhchoe 2019‑08‑02 Sim(0.74)
Thomas Peter Devereaux (Info) SLAC National Accelerator Laboratory (Physics Tree) scienceandreason 2013‑03‑22 Sim(0.74)
Nicola Marzari (Info) EPFL jandh 2013‑07‑08 Sim(0.74)
Jorge O. Sofo (Info) Penn State (Physics Tree) Condensed Matter Physics, Materials Science Engineering, Nanotechnology pq 2016‑03‑28 Sim(0.74)
James Arthur Krumhansl (Info) Cornell (Physics Tree) condensed matter physics, materials science jandh 2016‑03‑22 Sim(0.74)
Mark Asta (Info) UC Berkeley pratyushtiw 2015‑03‑04 Sim(0.74)
Andrea Damascelli (Info) UBC (Physics Tree) Condensed Matter jandh 2016‑01‑30 Sim(0.74)
Wai-Yim Ching (Info) University of Missouri - Kansas City (Physics Tree) Condensed Matter Physics, Materials Science Engineering pq 2016‑03‑26 Sim(0.74)
Olle Eriksson (Info) Uppsala (Physics Tree) torbjornb 2015‑10‑04 Sim(0.74)
E. Ward Plummer (Info) Penn, University of Tennessee, Louisiana State Surface Science oachal 2013‑03‑05 Sim(0.74)
Zhi-Xun Shen (Info) Stanford (Physics Tree) Experimental Condensed Matter Physics, Quantum Materials, Spectroscopy and imaging Tools, Angle-resolved photoemisson jandh 2012‑03‑04 Sim(0.74)
Gerald D. Mahan (Info) Penn State (Physics Tree) Condensed matter theory, Transport and optical properties, Solid-state devices pq 2016‑03‑30 Sim(0.73)
David Hamilton Vanderbilt (Info) Rutgers, New Brunswick (Astronomy Tree) Astronomy and Astrophysics, Theory Physics, Materials Science Engineering pq 2016‑05‑19 Sim(0.73)
Dirk van der Marel (Info) Université de Genève (Physics Tree) Condensed Matter Physics jandh 2016‑01‑30 Sim(0.73)
Nikolai A. Zarkevich (Info) UIUC (Physics Tree) Condensed Matter Physics pq 2016‑03‑22 Sim(0.73)
Arthur J. Freeman (Info) MIT (Physics Tree) First-principles simulations of complex materials, including their structural, electronic, magnetic, optical and mechanical properties. david 2016‑01‑09 Sim(0.73)
Arthur J. Freeman (Info) MIT (Physics Tree) First-principles simulations of complex materials, including their structural, electronic, magnetic, optical and mechanical properties. david 2016‑01‑09 Sim(0.73)
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