Research highlights photonic and plasmonic
nanostructures with applications in optical communications, energy generation and biomedical research
ELISA is fast, highly sensitive and ideally suited for In-Vitro and POC diagnostic systems, facilitating detection limits into the femtomolar range.
The patent claims broadly cover plasmonic
surfaces and nano-particles used for LSPR-oriented ELISA.
The ability to define nano-units with a very high accuracy and reproduce them with ease and low cost over large areas will become a key ingredient toward the elaboration of future optical devices based on plasmonics
April 4, 2013 /PRNewswire/ --LamdaGen Corporation, a nano-technology platform company that provides plasmonic
sensors and systems for diagnostics and life sciences, announced the Japanese Patent Office issuance of patent number 5203390, "Enzymatic Assays for LSPR", which enables highly sensitive and quantitative diagnostics.
Here we propose a conceptually new route to quantum plasmonics
that harnesses the properties of quantum materials.
Imperial College has a large team of researchers (17 members of academic staff and 50 postdoctoral fellows: research grants over Au30m) working at the leading edge of quantum sciences encompassing surface plasmonics
, cold atoms, attosecond lasers and quantum theory.
Vladimir Shalaev, the Robert and Anne Burnett Professor of Electrical and Computer Engineering at Purdue University said, "the field of plasmonics
is currently playing an increasingly important role in nanophotonics and various sensing applications.
Investigators at the University of California, San Diego led by Yeshaiahu Fainman have succeeded in merging a microfluidics system with plasmonics
-- sometimes called "light on a wire" -- onto a single platform.
These innovative concepts will pave the way towards a whole new era in research by bridging prosperous disciplines, plasmonics
, physics, biology, and chemistry.
Platon, Tb/s optical-routing fabrics for optical interconnects adopting plasmonics
This phenomenon, called plasmonics
, has many promising applications: it may be exploited to transmit optical signals through nanosized interconnects on chips, in nanoparticles that recognize and interact with biomolecules, or in solar cells, to increase the light absorption in the cell s photoactive material, paving the way toward thinner and therefore less expensive energy generation.