Sentences with phrase «photonics devices of»

Many applications in spectroscopy, material science, security and industry process control, or chemical, biological and medical sensing would straightforwardly take advantage of mid-infrared photonics devices of higher performance.

Not exact matches

For Professor Mo Li and his team, it is exciting that their experiment provides the first unambiguous measurement of the spin angular momentum of photons and the optical torque generated in an integrated photonic device.

The techniques could someday lead to a bevy of novel devices for electronics, photonics, nanoscale machines, and possibly disease detection.

And because photonic chips shuttle photons instead of electrons, mobile devices such as smartphones or tablets built with this technology would consume less power, have longer battery life and generate less heat than existing mobile devices.

The method used by Yu and colleagues of directly inserting light into the cavity through the end of the fiber proved far more robust, making the technology a plausible platform for cheap and compact optical - resonator - based photonic devices.

«We strongly believe that a silicon - photonic switch is a key device for achieving sustainable growth of traffic bandwidth in optical networks, including both telecommunications and data communications, and eventually computer communications.»

«In this way, the switch chip achieves polarization «insensitivity» without doubling the size and cost of the chip, which is important for broadening the practical application of such photonics integrated devices, said lead author Ken Tanizawa of AIST.

The new device, referred to technically as a «fully integrated non-duplicate polarization - diversity silicon - photonic switch,» consists of a single 8 x 8 grid of 2 x 2 element switches.

«Patterning of photonic crystals is critical for the realisation of photonic crystal displays and for designing the special functions of photonic crystal optical devices.»

These sources are fabricated on a compact, silicon - based integrated photonics platform, which enables hundreds of devices — in this case, frequency combs — to be fabricated on a single small - area die.

The device brings researchers closer to producing silicon photonic chips that compute and shuttle data with light instead of electrons.

The benefits of this study are directly related to the control of various optical phenomena through the dielectric polarization, and the results will help the development of future electronic and photonic devices.»

By tying substances like this in knots, the researchers hope to understand how their intricate configurations and unique properties can be harnessed in the next generation of advanced materials and photonic devices.

The findings, he says, «provide further evidence that application of novel photonic designs to old problems can lead to potentially new devices.

Such insights may eventually lead to new kinds of photonic and electronic materials and devices, driving the technologies of tomorrow.

«We already use optical cables and photonic switches in some of our telecommunications devices.

«Professor Soljačić's group has a track record of rapidly converting new science into creative devices with industry applications, and I am looking forward to seeing how Weyl photonics crystals evolve.»

In order to qualify for participation in the Star Tiger programme, applicants should have experience in one or more of the following research areas: lithography, microelectromechanical systems fabrication, radio frequency (RF) system design, optical and RF photonic bandgap design, test and measurement, charge - coupled device imaging, packaging / micro / self - assembly, mechanical design, materials sciences, solid state physics, or general physics.

This enabled the production of new functional photonic and optoelectronic devices by inkjet printing with excellent print quality and uniformity — just like the printing of intricate graphics or photographs on paper.

«Our inkjet printing demonstration makes possible for the first time the scalable mass fabrication of black phosphorus based photonic and optoelectronic devices with long - term stability necessary for a wide range of industrial applications,» tells Professor Zhipei Sun at Aalto University in Finland.

Sailing He, meanwhile, had made a name for himself in photonics, the effort to develop technologies that manipulate light much as electronic devices control the flow of electricity.

For example, we will be able to collaborate with researchers that work on integration of active and passive devices in silicon for telecommunication («Silicon Photonics for Future Systems» EPSRC program grant) or sensing applications («Mid-IR silicon photonics sources, detectors and sensors» funded by the Royal Society) and that will certainly facilitate progress achieved in MIGRATION.»

Weizmann Institute scientists have demonstrated for the first time a photonic router — a quantum device based on a single atom that enables routing of single photons by single photons.

«In a sense, the device acts as the photonic equivalent to electronic transistors, which switch electric currents in response to other electric currents,» says Dr. Barak Dayan, head of the Weizmann Institute's Quantum Optics group, including Itay Shomroni, Serge Rosenblum, Yulia Lovsky, Orel Bechler and Gabriel Guendleman of the Chemical Physics Department in the Faculty of Chemistry.

The ability to produce high - performing photonic devices using the CMOS process means chip designers will not have to be specialists to design photonic devices, Wade explained, which will hopefully accelerate the commercialization of photonic technology.

So far, research in mid-IR group IV photonics has focused on silicon - based devices for shorter wavelengths due to its availability, low cost, maturity of fabrication processes, possibility for photonics - electronics integration and a good transparency.

The functionalized carbon nanotubes have significant prospects for further development, Doorn noted, including advances in functionalization chemistry; integration into photonic, plasmonic and metamaterials structures for further control of quantum emission properties; and implementation into electrically driven devices and optical circuitry for diverse applications.

The finding that a single layer of atoms modifies properties of light and other electromagnetic radiation has implications for controlling light at subwavelength scales in photonic devices such as LEDs and photovoltaic cells.

This approach may allow the use of optical methods to make high - speed measurements of nanometric defects in computer chips and photonic devices.

Researchers at the Institute of Photonic Sciences (ICFO) have developed a lab - on - a-chip device that can detect protein cancer markers in a drop of blood, working as a very early cancer - detection system.

Economically important applications for semiconductor photonic devices include optical data recording, fiber optic telecommunications, laser printing (based on xerography), displays, and optical pumping of high - power lasers.

Published in Nature Communications, these devices are designed to combine the advantages of photonics and electronics on the same platform.

The devices, called optical isolators, may help solve major data capacity and system size challenges for photonic integrated circuits, the light - based equivalent of electronic circuits, which are used for computing and communications.

Silicon photonics, inventor of GHz silicon modulator, novel on - chip nanophotonics devices, novel micron - size photonic structures for light manipulation, light confining structures to slow down, enhance, and manipulate light

* Expert at CMOS device physics and MEMS / NEMS sensors for IoT, life - sciences, micro-fluidics, BioSensors, and photonics along with Investigation and evaluation of different technologies.

Tags for this Online Resume: Troubleshooting on high and low power lasers, intel semiconductor, innovative technology, Silicon films that are used in the manufacture of Thin - Film Transistors, cleanroom years preferred, using photonics measurement devices.