To strengthen its position in quantum technology sector; terms of the deal not disclosed.
New platform combines patterned excitation and wide-field detection.
Mauna Kea's Cellvizio platform able to identify malignant tissue accurately in small-scale, proof-of-principle study.
University of Houston device could improve image quality in endoscopes and cameras.
Designed for industry, laser-diode pumped source is claimed to offer “world’s highest pulse energy”.
Company develops ArthroFree wireless camera system, a minimally-invasive platform for the operating theater.
|Spectral vector beams offer route to faster spectroscopy|
Tampere University develops new way to exploit polarization in ultra-fast lasers.
|Aberrations assist accurate 3D microscopy|
NIST puts optical aberrations to good use as basis for calibration.
|Quantum cascade lasers could drive private free-space communications|
Télécom Paris, TU Darmstadt and UCLA demonstrate FSO networking with two uni-directionally coupled QCLs.
|Alter Technology to set up new Photonics Design Centre in Scotland|
Group to invest €6M to fund equipment, personnel and R&D to push photonic technologies into quantum and space markets.
|Graphene sensor offers new route to imaging tissues|
University of California, Berkeley develops sensor for faint electric fields around living cells.
|Calibrated adaptive optics improves nanoscale imaging|
University of Bordeaux models tissue behavior to improve subsequent AO performance.
Resolve Optics Ltd
Scitec Instruments Ltd