| Similar researchers to Holger Schmidt:
Advanced Search
|
| Name |
Institution |
Area |
Added by |
Date |
|
Chase T. Ellis (Info) |
SUNY Buffalo (Physics Tree) |
Optics Physics, Materials Science Engineering |
pq |
2017‑05‑12 |
Sim(1.05) |
Vinod Menon (Info) |
City College & Grad Center of CUNY (Physics Tree) |
Photonics, Condensed Matter Experiment |
menonv5 |
2020‑05‑31 |
Sim(1.13) |
Antoinette J. Taylor (Info) |
LANL (Physics Tree) |
|
DanM |
2016‑03‑02 |
Sim(1.14) |
Pavlos Savvidis (Info) |
University of Crete, Greece (Physics Tree) |
|
Askitopoulos |
2020‑06‑26 |
Sim(1.15) |
Dmitry D. Solnyshkov (Info) |
University Blaise Pascal (Neurotree) |
Physics |
dsolnyshkov |
2012‑10‑09 |
Sim(1.15) |
Harald Giessen (Info) |
University of Stuttgart (Physics Tree) |
Optics, Lasers, Ultrafast Spectroscopy, Nanooptics, Photonics, Metamaterials, 3D printed microoptics, Plasmonics |
HaraldGiessen |
2021‑10‑06 |
Sim(1.16) |
John Cerne (Info) |
UC Santa Barbara (Physics Tree) |
Condensed matter physics |
DanM |
2016‑02‑23 |
Sim(1.18) |
Ivan Favero (Info) |
Université Paris 7 (Physics Tree) |
|
TreeOfPhysics |
2021‑11‑18 |
Sim(1.19) |
Giuseppe Leo (Info) |
Université Paris 7 (Physics Tree) |
|
TreeOfPhysics |
2021‑11‑18 |
Sim(1.2) |
Ivan Maksymov (Info) |
Swinburne University of Technology (Physics Tree) |
optics; photonics; plasmonics; acoustics; spin waves; ferromagnetic resonance; microwaves; finite-difference time-domain method; plasma physics; solitons; nonlinear optics; photonic crystals |
ivan.maksymov |
2019‑06‑18 |
Sim(1.21) |
Richard D. Averitt (Info) |
UCSD (Physics Tree) |
|
DanM |
2016‑03‑02 |
Sim(1.22) |
Hong Tang (Info) |
Yale (Physics Tree) |
Nonlinear and Quantum Photonics, Quantum Electronics, Hardware for Quantum Computing |
pq |
2016‑01‑01 |
Sim(1.22) |
Daniele Sanvitto (Info) |
CNR Institute of Nanotechnology, Lecce (Physics Tree) |
|
asger |
2017‑09‑15 |
Sim(1.22) |
Igal Brener (Info) |
Sandia National Laboratories (E-Tree) |
|
DanM |
2016‑02‑22 |
Sim(1.24) |
Aaron Mitchell Jones (Info) |
University of Washington |
Optoelectronics, 2D systems |
aaronmij |
2016‑10‑04 |
Sim(1.25) |
Qihua Xiong (Info) |
Nanyang Technological University, Tsinghua University |
optical spectroscopy, nanomaterials, nanophotonics, laser cooling of solids |
ddscat |
2016‑02‑19 |
Sim(1.26) |
Giuseppe Gigli (Info) |
University of Salento (Physics Tree) |
|
asger |
2017‑09‑15 |
Sim(1.31) |
N. Asger Mortensen (Info) |
University of Southern Denmark (Physics Tree) |
Condensed matter theory, Optics, Nanophotonics |
asger |
2011‑01‑10 |
Sim(1.32) |
Joseph G. Tischler (Info) |
SUNY Buffalo (Physics Tree) |
High Pressure, Phase Changes, Raman |
pq |
2015‑12‑01 |
Sim(1.35) |
Sumei Huang (Info) |
Oklahoma State University (Physics Tree) |
Electricity and Magnetism Physics, Theory Physics, Optics Physics |
pq |
2016‑04‑14 |
Sim(1.36) |
Martijn Wubs (Info) |
Technical University of Denmark (Physics Tree) |
Quantum optics, Nanophotonics |
asger |
2011‑08‑10 |
Sim(1.36) |
Jennifer T. Choy (Info) |
Harvard (Physics Tree) |
Optics Physics |
pq |
2016‑04‑06 |
Sim(1.36) |
Stephane Kena-Cohen (Info) |
Princeton (MichiganTree) |
Photonics and Optoelectronic Materials |
pq |
2015‑11‑16 |
Sim(1.36) |
Ewold Verhagen (Info) |
NWO Institute AMOLF (Physics Tree) |
|
polman |
2018‑11‑11 |
Sim(1.37) |
Ajay Ram Srimath Kandada (Info) |
IIT |
ultrafast spectroscopy, exciton physics |
ajay_kandada |
2018‑12‑17 |
Sim(1.38) |
Jeremy J. Baumberg (Info) |
Cambridge University UK (Physics Tree) |
|
Askitopoulos |
2020‑06‑26 |
Sim(1.38) |
Hongkun Park (Info) |
Harvard |
|
mchp |
2010‑07‑03 |
Sim(1.38) |
Dan Stamper-Kurn (Info) |
MIT (Physics Tree) |
Atomic Physics |
jmh063 |
2012‑06‑21 |
Sim(1.38) |
Marcelo Wu (Info) |
University of Calgary (Physics Tree) |
|
pbarclay |
2017‑02‑17 |
Sim(1.41) |
Xiang Zhang (Info) |
UC Berkeley (Physics Tree) |
|
hkust |
2017‑06‑07 |
Sim(1.41) |
Bryan L. Nelsen (Info) |
University of Pittsburgh (Physics Tree) |
Condensed Matter Physics, Theory Physics |
pq |
2016‑04‑05 |
Sim(1.41) |
Guillaume Malpuech (Info) |
Université Blaise Pascal (Physics Tree) |
|
dpco |
2019‑08‑04 |
Sim(1.42) |
Sanfeng Wu (Info) |
Princeton |
|
caidish |
2019‑10‑28 |
Sim(1.42) |
Sheng Liu (Info) |
Nanyang Technological University |
|
ddscat |
2020‑06‑19 |
Sim(1.42) |
Murray Holland (Info) |
CU Boulder (MathTree) |
Atomic Physics, Condensed Matter Physics, Statistics |
pq |
2016‑03‑12 |
Sim(1.43) |
Mukund Vengalattore (Info) |
MIT (Physics Tree) |
|
ferromagnetism |
2016‑02‑19 |
Sim(1.43) |
David Wayne Snoke (Info) |
University of Pittsburgh (Physics Tree) |
Condensed Matter Physics, Low Temperature Physics |
pq |
2016‑04‑05 |
Sim(1.44) |
Che-Ting Chan (Info) |
HKUST (Physics Tree) |
Material Physics, Photonic Crystals, Metamaterials |
hkust |
2017‑06‑05 |
Sim(1.44) |
Alexei V Kavokin (Info) |
University of Southampton (Physics Tree) |
|
dpco |
2019‑08‑04 |
Sim(1.44) |
Aaron T. Hammack (Info) |
UCSD (Physics Tree) |
Condensed Matter Physics, Optics Physics, Nanoscience |
pq |
2016‑03‑23 |
Sim(1.44) |
Marin Soljačić (Info) |
MIT (Physics Tree) |
|
asger |
2015‑12‑14 |
Sim(1.45) |
Markus Lippitz (Info) |
University of Bayreuth (Physics Tree) |
|
connectingresearchers |
2019‑09‑26 |
Sim(1.45) |
Dafei Jin (Info) |
Brown (Physics Tree) |
|
hkust |
2017‑06‑07 |
Sim(1.46) |
Jie Shan (Info) |
Columbia |
|
pq |
2015‑11‑10 |
Sim(1.48) |
Alexander A. High (Info) |
UCSD (Physics Tree) |
Condensed Matter Physics, Low Temperature Physics |
pq |
2016‑03‑23 |
Sim(1.48) |
Jian-Hua Jiang (Info) |
Soochow University (Physics Tree) |
Material Physics, Condensed Matter Physics, nonequilibrium physics |
jhjiang3 |
2021‑07‑22 |
Sim(1.49) |
Eli Yablonovitch (Info) |
UCLA (E-Tree) |
Optoelectronics Research Group, high speed optical communications, photonic crystals at optical and microwave frequencies, the milli-Volt switch, optical antennas and solar cells.; Physical Electronics (PHY) |
david |
2016‑01‑09 |
Sim(1.49) |
Hailin Wang (Info) |
University of Oregon (Physics Tree) |
Atomic Physics, Optics Physics, Quantum Physics, Low Temperature Physics |
pq |
2016‑03‑21 |
Sim(1.5) |
| Sign in to add a new person |