Sentences with phrase «on silicon»

The filter has the widest tuning span ever demonstrated on a silicon chip.

Set on a silicon mat or wax paper and repeat until all bars are dipped and coated.

They also successfully tested their method on a silicon surface.

Arrange the tofu cubes on a silicon baking mat or parchment paper so none are touching.

This layer also continues to grow on silicon and so the lithium loss becomes continuous.

A series of images that shows the zinc oxide nano - island on silicon and the three modes of the operation.

Because the device is small enough to be placed on a silicon chip, it has the potential to be less expensive than other systems.

One goal: drawing more complex integrated circuits on silicon chips.

Arrange on a silicon or parchment - lined baking sheet; close is okay, since they won't spread much.

Solar power relies on silicon - based chemistry, and innovative new plastic solar panels are poised to reach the mass residential market.

Researchers create the first quantum computer on a silicon chip.

A quantum calculation able to crack one of the most common forms of data encryption has been performed on a silicon chip for the first time.

«It's also important in cleanroom procedures, nanofabrication and microprocessor formation,» said Schrader, who pointed out that microprocessors are fabricated on silicon wafer substrates with a thin layer of glass, upon which circuits are laid.

The incoming energy powers circuits in the device that control sensors based on silicon nanowires.

In their new work, the team grew quantum dots directly on silicon substrates using a technique known as molecular beam epitaxy, or MBE («epitaxy» refers to the process of growing one crystal on top of another, with the orientation of the top layer determined by that of the bottom).

Researchers have been working on silicon modulators for years, but the devices have been much slower than commercial ones.

In 2010, IBM demonstrated a graphene transistor on a silicon carbide substrate that operated at frequencies up to 100 gigahertz, comparable to the highest frequencies attainable with pure silicon transistors.

«And these tiny high - performance lasers can be grown directly on silicon wafers, which is what most integrated circuits (semiconductor chips) are fabricated with.»

Samsung develops a new technology, creating a silicon cathode material for coating high crystal graphene on a silicon surface to usher in an energy density that is nearly two times more than existing lithium batteries.

«For integrating graphene into advanced silicon microelectronics, large - area graphene free of wrinkles, tears and residues must be deposited on silicon wafers at low temperatures, which can not be achieved with conventional graphene synthesis techniques as they often require high temperatures,» said Jihyun Kim, the team leader and a professor in the Department of Chemical and Biological Engineering at Korea University.

To fabricate the wires, the scientists employed a procedure known as the self - catalysed Vapour - Liquid - Solid (VLS) method, in which tiny droplets of liquid gallium are first deposited on a silicon crystal at a temperature of around 600 degrees Celsius.

One day while he was etching microscopic patterns on a silicon chip with an electron beam, he noticed an accidental splatter of water only half a millimeter wide outside his target area.

This is possible, Lim realized, because proteins in a cell function like transistors on a silicon chip.

These are nanofocusing and optical mode properties of the organic hybrid gap plasmon waveguide on the silicon platform used for degenerate four - wave mixing.

The RPI team made the paper battery by first growing an array of carbon nanotubes on a silicon surface and then covering the array in dissolved cellulose (the main constituent of paper).

But the new method is the key to actually integrating the stacked materials on the silicon platform, Schmid said.

«Putting lasers on microprocessors boosts their capabilities and allows them to run at much lower powers, which is a big step toward photonics and electronics integration on the silicon platform,» said professor Kei May Lau, Department of Electronic and Computer Engineering, Hong Kong University of Science and Technology.

An international team of researchers has found a way to create microscopically - small lasers directly from silicon, unlocking the possibilities of direct integration of photonics on silicon, and a significant step towards light - based computers.

The first pulse ionises a niobium film on a silicon substrate.

In this light, Reverse Non-Equilibrium Molecular Dynamics (RNEMD) simulations are carried out on both silicon nanowires and silicon phononic crystals.

Lattice makes chips known as field programmable gate arrays, which allow companies to put their own software on silicon chips for different uses.

Once a biker has arrived at her / his destination, the strap retracts back into the cylinder, and the carabiner rests on a silicon pad - to avoid any rattling sounds during a ride.

Professor Mo Li and his team fabricated an integrated optomechanical device on a silicon chip, with the core element of the device being a waveguide, measuring only 400 nm wide and 340 nm high (unlike the two inch diameter wave plate Beth used), suspended like a string from the substrate.

Researchers in the University of Minnesota's College of Science and Engineering have measured the twisting force, or torque, generated by light on a silicon chip.

There are at least five major quantum computing approaches being explored worldwide: silicon spin qubits, ion traps, superconducting loops, diamond vacancies and topological qubits; UNSW's design is based on silicon spin qubits.

«There's about a billion - dollar industry of power electronics built on silicon carbide,» Falk said.

The filter's tuning span, which is a measure of how well the device can adjust to fluctuating data demands, is the widest ever demonstrated on a silicon chip.

The first successful application of the nanocomposite constructed by Helbich was only recently presented in the context of the ATUMS Graduate Program (Alberta / TUM International Graduate School for Functional Hybrid Materials): Alina Lyuleeva and Prof. Paolo Lugli from the Institute of Nanoelectronics at TU Munich, in collaboration with Helbich and Rieger, succeeded in building a photodetector based on these silicon nanosheets.

The graphene rests on an insulator layer of boron nitride, which rests on a silicon semiconductor.

Given such a case, the decision - procedure being realized by the group of people would be functionally identical to the decision - procedure being realized on silicon.

They had placed a single graphene layer on silicon, connected electrodes to it and measured the amount of charge it carried when they applied different voltages.

In the July 14 Applied Physics Letters, the researchers describe making LEDs on silicon with a built - in reflective layer, which reduces cost; with mass manufacturing, affordable LED lamps could appear in two years, they predict.

There have been no shortage of leaks attempting to describe these anticipated models, framing the LG phone as the smaller 5.2 - inch model and the Huawei as a 5.7 - inch phablet, but so far such finds have largely focused on silicon: SoC choice, RAM configuration, and the like.

Apple is working with TSMC to develop micro LED panels on silicon - based backplanes for use in the Apple Watch and an augmented reality (AR) wearable device, Lin noted.

Making integrated circuits involves depositing layers of materials such as semiconductors and metals on a silicon wafer.

Using the new methods of micromachining, which borrow technology for making computer chips to carve out and build up microscopic structures on silicon wafers, Peter Gammel and his colleagues at Bell Labs / Lucent Technologies reduced three of the critical devices of a cell phone to Lilliputian size that will allow all the components of a phone to be constructed on a single chip.

One example of these devices is a 200 - GHz subharmonic resistive mixer based on a CVD graphene transistor integrated on silicon that could be used in high - speed wireless communication links.

In claiming the top prize, the motorized hand beat out Polar, a robotic system used by the U.K. Biobank to manage millions of biological samples in subzero temperatures; a technology developed by Johnson Matthey for controlling soot emissions from diesel cars; and an, Owlstone Ltd. dime - size chemical sensor on a silicon chip that detects trace amounts of a variety of chemicals.

The image shows how droplets making impact on a silicon wafer are attracted to regions of the wafer that are topographically altered to have higher Leidenfrost points.