Sentences with phrase «of photodetectors»

Varying in size from just 3.5 to 50 μm, the dimensions of the graphene microstructures developed by UIUC put them right in the middle of a range of electronic devices, including various types of photodetectors, nano antennas, and other sub-miniature components that were once only the domain of silicon - based products.

«Making a stretchable array of photodetectors was easy — that's what we do.

KIT researchers have now developed a novel type of photodetector that needs far less space than conventional ones.

The first demonstration of the technique was used to image the natural nanostructure of the photodetector itself.

Not exact matches

The high - speed photodetector, called PIPED (Plasmonic Internal Photoemission Detector), is now presented by Mühlbrandt as first author, together with colleagues of KIT and ETH Zurich, in the Optica journal under the heading «Silicon - Plasmonic Internal - Photoemission Detector for 40 Gbit / s Data Reception.»

The newly developed photodetectors, the smallest photodetectors worldwide for optical data transmission, can be used for integrated optical circuits that significantly enhance the performance of optical communication systems.

The materials would be used for infrared lasers, for photodetectors or for innovative LEDs in the infrared range, for example, since the physical properties of germanium are significantly changed by these additives.

Instead of making a single curved lens to focus light onto a flat surface, they built a camera packed with tiny lenses, each connected to an individual photodetector.

Because the metal coatings absorb a lot of light, reflecting only a narrow set of wavelengths, Capasso suggests that they could also be incorporated into optoelectronic devices like photodetectors and solar cells.

«Each small eye, composed of a microlens and a microscale photodetector, is a separate imaging system, but when they are all taken together, the camera can take a clear picture, with just one snap, of nearly 180 degrees.

To do so they made the atoms in the sample vibrate by shining a laser beam through a small hole in the photodetector, which was placed right on top of the sample.

They then measure the transmitted energy with a photodetector that can sense the presence or absence of light, but has no spatial resolution.

Photodetectors are almost ubiquitous, found in cameras, cell phones, remote controls, solar cells, and even the panels of space shuttles.

Increasing the efficiency of light - to - electricity conversion has been one of the primary aims in photodetector construction since their invention.

Physicists at the University of California, Riverside have developed a photodetector — a device that senses light — by combining two distinct inorganic materials and producing quantum mechanical processes that could revolutionize the way solar energy is collected.

In the study, black phosphorus was also able to act as an efficient and highly - responsive detector of light, extending the wavelength range over which conventional silicon - based photodetectors can operate.

Thus, one can split off the light that forms the lower - frequency end of the comb using a mirror that only reflects longer - wavelength light but passes shorter wavelengths, then send it through the doubling crystal, and finally direct both it and the light of the higher - frequency end of the comb onto the same photodetector.

This unique combination of silicon photodetectors and nanomaterials allowed the Illinois research team to create a point - and - shoot color - polarization camera.

Changes in the light's direction can be measured with a photodetector and converted into a measure of physical force.

In our approach, stretchable photodetectors and OLEDs are fabricated directly on a three - dimensionally micro-patterned stretchable substrate composed of curvilinearly connected bumps and valleys; this structure allows for efficient absorption of stretching strain.

Some examples of stretchable ultraviolet (UV), visible, and infrared (IR) photodetectors and organic light - emitting diodes (OLEDs) which have stretchability in uniaxial and multiaxial directions are demonstrated by adopting a unique geometric engineering of the layers in the devices.

Rational Design and Synthesis of Polymeric Semiconductors for High Performance Organic Photovoltaics and Photodetectors

LIGO's optics system of lasers, mirrors and photodetectors have also been engineered with incredible precision.

In a collaboration led by CNIT — a consortium of Italian universities and national laboratories focused on communication technologies — researchers from AMO GmbH, Ericsson, Nokia Bell Labs, and Imec have developed graphene - based photodetectors and modulators capable of receiving and transmitting optical data faster than ever before.

This will make the combined light from the two arms get out of phase with each other, resulting in some of the laser light reaching the photodetector.

The low - and intermediate - mass YSOs HH 46, TMR 1, IRAS 15398 - 3359, DK Cha, NGC 7129 FIRS 2, and NGC 1333 IRAS 2A were observed with the Photodetector Array Camera and Spectrometer (PACS) in four transitions of OH and two [OI] lines.

The photodetector array camera and spectrometer (PACS) aboard the Herschel Space Observatory allows imaging observations in the far infrared at unprecedented resolution, i.e. at better than 6» to 12» over the wavelength range of 60 -LCB- \ mu -RCB- m to 210 -LCB- \ mu -RCB- m. Together with the results from ground - based observations, these spatially resolved data can be modelled to determine the nature of the debris and its evolution more reliably than would be possible from unresolved data alone.

Plastic Logic, the leader in the development and industrialisation of flexible organic electronics, and ISORG, the pioneer in organic photodetectors and large area image sensors in printed electronics, won the award for their revolutionary large area flexible image sensor.

The collaboration is based on the deposition of organic printed photodetectors (OPD), pioneered by ISORG, onto a plastic organic thin - film transistor (OTFT) backplane, developed by Plastic Logic, to create a flexible sensor array.

Combined with ISORG's unique organic photodetector technology, it allows the creation of conformable, large area image sensors, which are thinner, lighter, flexible and more robust than traditional approaches.