CEO of Nanoptics
Researcher interests: Laser spectroscopy; laser interactions in medicine and biology. Super-resolution optical imaging based on near-field optics. Nanochemistry and nanomanipulation. Second harmonic generation non-linear optical imaging of membrane potential in living, learnin
FACULTY / SCHOOL: School of Computer Science and Engineering
DEPARTMENT: Applied Physics
Selected Publications
analyzing copper etching dynamics by hybridizing afm controlled secm with raman microspectroscopy (2018)|
Bulletin of the American Physical Society|
Read more
nanoprinting of metallic conductive inks with fountain pen nanolithography (2018)|
Bulletin of the American Physical Society|
Read more
nanochemical printing micrometer to 15 nm printing of metallic inks with fountain pen nanolithography small 1 2018 (2018)|
Small|
Read more
micrometer to 15 nm printing of metallic inks with fountain pen nanolithography (2018)|
Small|
Read more
wireless communication with nanoplasmonic data carriers macroscale propagation of nanophotonic plasmon polaritons probed by near field nanoimaging (2017)|
Nano Letters|
Read more
live cell near field optical imaging and voltage sensing with ultrasensitive force control (2017)|
Optics Express|
Read more
quantum state absorptions coupled to resonance raman spectroscopy could result in a general explanation of ters from multiprobe nsom raman scattering (2017)|
Bulletin of the American Physical Society|
Read more
ultrasensitive force controlled live cell optical imaging and voltage sensing (2017)|
Bulletin of the American Physical Society|
Read more
quantum state absorptions coupled to resonance raman spectroscopy could result in a general explanation of ters (2016)|
arXiv preprint arXiv:1608.04134|
Read more
understanding the ters effect with on line tunneling and force feedback using multiprobe afm nsom with raman integration (2016)|
Bulletin of the American Physical Society|
Read more
the bright side of plasmonic gold nanoparticles activation of nrf2 the cellular protective pathway (2016)|
Nanoscale|
Read more