| People with institution matching "IBM Thomas J. Watson Research Center": Advanced Search | |||||
| Name | Institution | Area | Added by | Date | Phaedon Avouris (Info) | IBM Thomas J. Watson Research Center, AT&T Bell Laboratories, Michigan State | alexpangnku@live.cn | 2017‑05‑19 | Jerry Bernholc (Info) | NCSU | Condensed Matter Physics, Analytical Chemistry, Molecular Chemistry | pq | 2016‑03‑29 | Walter E. Bron (Info) | UC Irvine, Indiana University, IBM Thomas J. Watson Research Center | Condensed matter physics | fangq | 2017‑08‑31 | Praveen Chaudhari (Info) | IBM Thomas J. Watson Research Center, Brookhaven National Laboratory, Columbia | amorphous magnetic materials-that are the basis of erasable, read-write, optical storage technology | jandh | 2020‑12‑09 | Joseph Edward Demuth (Info) | IBM Thomas J. Watson Research Center | jandh | 2020‑12‑05 | Gerald J. Dolan (Info) | Immunicon Corporation, Penn, IBM Thomas J. Watson Research Center, Bell Labs | Condensed matter physics | jandh | 2020‑12‑04 | Dean Eric Eastman (Info) | IBM Thomas J. Watson Research Center, Argonne National Laboratory, Chicago | Condensed Matter Physics | jandh | 2020‑11‑13 | Leo Esaki (Info) | IBM Thomas J. Watson Research Center | solid-state physics | jandh | 2015‑12‑07 | Martin van Exter (Info) | Leiden | experimental physics and optics | DanM | 2016‑02‑23 | Frank Fu Fang (Info) | IBM Thomas J. Watson Research Center, UIUC | Semiconductor Physics | jandh | 2020‑12‑02 | Richard L. Garwin (Info) | IBM Thomas J. Watson Research Center | jandh | 2014‑04‑27 | Tayfun Gokmen (Info) | Princeton | physics of semiconductors | pq | 2016‑01‑02 | Daniel R. Grischkowsky (Info) | Oklahoma State University | Ultrafast Science with Lasers | Piraeus | 2010‑10‑12 | Martin C. Gutzwiller (Info) | Yale, IBM Thomas J. Watson Research Center | Theoretical physics | jandh | 2020‑11‑21 | Naomi J. Halas (Info) | Rice University | Nanoengineering, Plasmonics, Nanophotonics | jandh | 2014‑04‑05 | Tobias Hertel (Info) | Universität Würzburg | Physical Chemistry, Condensed Matter Physics, Optics Physics, Nanomaterials, Carbon Nanotubes, Ultrafast Spectroscopy | pq | 2016‑06‑01 | Franz J. Himpsel (Info) | UW Madison, IBM Thomas J. Watson Research Center | Molecular Physics | pq | 2016‑04‑04 | Soren Keiding (Info) | IBM Thomas J. Watson Research Center, University of Aarhus | DanM | 2016‑02‑22 | John Robert Kirtley (Info) | IBM Thomas J. Watson Research Center | condensed matter physics, high temperature superconductivity | jandh | 2020‑11‑12 | Rolf William Landauer (Info) | IBM Thomas J. Watson Research Center | Condensed Matter Physics | jandh | 2020‑11‑09 | Norton David Lang (Info) | IBM Thomas J. Watson Research Center | electron gas and molecular electronics | jandh | 2020‑11‑09 | Ralph Linsker (Info) | IBM Thomas J. Watson Research Center | Neuroscience, neural networks | Linsker | 2014‑09‑02 | Benoît B. Mandelbrot (Info) | IBM Thomas J. Watson Research Center, Yale | mathematics, fractals, economics, information theory, fluid dynamics | hanks | 2005‑11‑04 | James Cleary McGroddy (Info) | IBM Thomas J. Watson Research Center | solid state physics | jandh | 2020‑11‑03 | David McKay (Info) | IBM Thomas J. Watson Research Center | thywissen | 2017‑10‑13 | Bernard S. Meyerson (Info) | IBM Thomas J. Watson Research Center, The City College of the City University of New York | fwmith1 | 2018‑09‑03 | Sokrates T. Pantelides (Info) | Vanderbilt | Condensed Matter Physics | pq | 2016‑03‑29 | Emanuel R. Piore (Info) | IBM Thomas J. Watson Research Center | jandh | 2020‑10‑21 | Myriam P. Sarachik (Info) | CUNY | Condensed Matter Physics, Molecular Physics, Electricity and Magnetism Physics | pq | 2016‑03‑12 | Matthias Scheffler (Info) | Fritz-Haber-Institut der Max-Planck-Gesellschaft, Berlin | axs562 | 2015‑08‑28 | Phillip J. Stiles (Info) | NCSU, Brown, IBM Thomas J. Watson Research Center | experimental solid state physics | jtschultz | 2017‑08‑24 | Jerry D Tersoff (Info) | IBM Thomas J. Watson Research Center | theory of nanowire growth and nanoscale effects in heteroepitaxy | jandh | 2020‑08‑25 | Rudolf M Tromp (Info) | Leiden, IBM Thomas J. Watson Research Center | tructure and growth of surfaces and interfaces, surface phase transitions, modifications of crystal growth by organic and inorganic monolayers ('surfactants'), and the development of novel experimental techniques and methods | jandh | 2020‑08‑22 | Chang-chyi Tsuei (Info) | IBM Thomas J. Watson Research Center | Condensed matter physics | jandh | 2020‑08‑22 | Donald J. Wolford (Info) | Iowa State | Condensed Matter Physics | pq | 2016‑05‑19 | Theodore J. Yoder (Info) | MIT, IBM Thomas J. Watson Research Center | guanghaolow | 2019‑08‑20 |
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