Sentences with phrase «microwave frequencies used»

The logic clock is based on a single aluminum ion (electrically charged atom) trapped by electric fields and vibrating at ultraviolet light frequencies, which are 100,000 times higher than microwave frequencies used in NIST - F1 and other similar time standards around the world.

A similar problem was manifest years ago when electrical engineers attempted to characterize device (transistor) performance at RF / microwave frequencies using the usual I and E (or e) quantities but encountered shortcomings using that approach until the discovery a revolutionary new way of «handling» a myriad of interactions at very high frequencies... the S - Parameter method of device characterization was born.

Not exact matches

In backhaul scenarios, 5G microwave series products are able to offer 10 Gbps high data rate and 25 µs low latency when traditional microwave frequency bands are used.

Rather than dangerous X-rays, however, the chip beams out waves in the harmless terahertz frequency, a little - used portion of the electromagnetic spectrum between microwaves and far - infrared.

Cell phone radiation falls into the same band of nonionizing radio frequency as microwaves used to heat or cook food.

«The total thickness of 7.8 millimeters is around one twenty - ninth wavelength of the central frequency of incident microwaves, and the ultra-thin absorber with broad bandwidth may be widely used in warship stealth, airplane cloaking and tunable, broadband antennae.»

Padilla hopes to use engineered materials to investigate what he calls «the last unexplored region of the electromagnetic spectrum» — the T - ray, or terahertz, region — positioned between the infrared and microwave bands, at a frequency of a trillion cycles a second.

In a previous study, Kanté and his team demonstrated, at microwave frequencies, that BICs could be used to efficiently trap and store light to enable strong light - matter interaction.

Satellite transmissions can synchronise older atomic clocks, which track atoms that vibrate at microwave frequencies, but are not precise enough for optical clocks that use faster, optical frequencies.

Because the mode frequencies of skyrmions are in the microwave range, the quasi-particles could be used for new microwave nano - oscillators, which are important building blocks for microwave integrated circuits.

The radius was then calculated using the specific frequencies at which the wavelength of microwaves exactly fit into the resonator and was measured with an overall uncertainty of 11.7 nm, which is the thickness of about 600 atoms.

With wavelength sizes between a millimeter and a meter, microwave radio frequencies are electromagnetic waves that use frequencies in the.3 gigahertz to 300 gigahertz range.

In order to make these easier to work with, the crystal was designed to operate at microwave frequencies, but the same principles could be used to make a device that would work with visible light, Lu says.

Microwave atomic clocks have been the de facto standards for precision time and frequency metrology over the past 50 years, finding widespread use in basic scientific studies, communications, and navigation.

The frequency used in the experiment is 4.8 gigahertz, close to the microwave frequencies common in modern wireless networks.

The accuracy and the stability of optical clocks are mainly based on the fact that the frequency of the optical radiation used is higher (by several orders of magnitude) than that of the microwave radiation which is used in cesium atomic clocks, which makes optical clocks much more precise than cesium clocks.

These three frequencies are all within the microwave range that can be measured extremely accurately using a cesium clock.

That's one of the best things about this process: I get to learn all these random facts — like WiFi and microwave ovens use the same frequency of radiation.

These results open up a direct path to entangling single spins using microwave - frequency photons.

Microwaves use low frequency radiation, which doesnâ $ ™ t damage your DNA or make food radioactive.

Microwave ovens use low - frequency waves of electrical and magnetic energy to produce heat to cook food.

Like Ku - band service, Ka - band is also named after a range of microwave frequencies and uses satellite rather than air - to - ground technology.

In an article to appear in the journal Child Development, «Distinguishing polemic from commentary in science,» physicist David Grimes and psychologist Dorothy Bishop write: Exposure to nonionizing radiation used in wireless communication remains a contentious topic in the public mind — while the overwhelming scientific evidence to date suggests that microwave and radio frequencies used in modern -LSB-...]

More generally, we are using multiple sensor & associated data sets (low frequency microwave radiometers, ocean color, sea surface temperature, wind, wave, altimeter products, model and in situ data..)

Some types of plastic would warm, but the types of plastic used in containers for microwave ovens is transparent at that frequency so don't absorb any heat.

S - parameters are used primarily at UHF and microwave frequencies where it becomes difficult to measure voltages and currents directly.

Also of note in the animation above, the impact of powerful radio frequency / microwave transmissions (used for climate modification) can clearly be seen in parts of Idaho and Washington.

Response: Microwave ovens cook food using microwave radiation (at a frequency of 2450 mHz), which is also used by mobile phones, TV broadcasting, and radarMicrowave ovens cook food using microwave radiation (at a frequency of 2450 mHz), which is also used by mobile phones, TV broadcasting, and radarmicrowave radiation (at a frequency of 2450 mHz), which is also used by mobile phones, TV broadcasting, and radar systems.

Many digital clocks — mostly those in digital alarm clocks and in ovens and microwaves — use the frequency of the power grid to keep time.