Sentences with phrase «radio waves into»

Then as now, the primary function of a radio was to convert radio waves into small electrical pulses which, when amplified, could be converted into recognizable sound.

Before hitting the atmosphere, charged particles also emit radio waves into space.

A tiny camera in a pair of glasses will send the image via radio waves into the mouth.

The team shows that a nanoscale metal rod on graphene (acting as an antenna for light) can capture infrared light and transform it into graphene plasmons, analogous to a radio antenna converting radio waves into electromagnetic waves in a metal cable.

So, I don't think it is a matter of fitting a radio wave into a microscopic box.

-LRB-(Both the size of your box and the size of the hole limits the wavelengths (you won't detect radio waves coming out of a microscopic hole, nor can you fit a radio wave into a microscopic box).)-RRB-

Both the size of your box and the size of the hole limits the wavelengths (you won't detect radio waves coming out of a microscopic hole, nor can you fit a radio wave into a microscopic box).

Not exact matches

NASA uses a technique called data sonification to take signals from radio waves, plasma waves, and magnetic fields and convert them into audio tracks to «hear» what's happening in space.

Throwing my bags into the car, I waved my wife and children a hasty goodbye and then reversed out of the drive, automatically turning on the radio as I went.

In general, Radio wave in general, is a process where vitamins, drugs, chemicals and herbs are combined together in a formulation that is given and injected into the central area of the skin (named mesoderm) to ruin cellulite and fat.

Argon gas is blown into the vacuum chamber, where radio waves heat the gas to 1 million or 2 million kelvins — an advantage since higher temperatures lead to greater efficiency.

There the radio signals will excite electrons and turn them into waves of relatively hot ionized gas, or plasma, in a narrow slice of sky.

Parts of the string then emit low - frequency radio waves that accelerate the surrounding plasma into generating a burst of gamma rays.

When activated, sensors inside would scan the thousands of brain waves oscillating in a soldier's head; a microprocessor would apply pattern recognition software to decode those waves and translate them into specific sentences or words, and a radio would transmit the message.

Such tags, costing just a few cents, carry a small, non-powered chip that, when hit by radio waves from a nearby «reader,» converts some of the radio energy into its own radio pulse in return.

Ultrasharp radio images reveal a rapidly moving shock wave where the winds collide, periodically creating fine dust that cascades into space.

Scientists use the apparatus to search for axions converting into radio waves in a strong magnetic field.

Mooley and colleagues suggest that the rise in radio wave emissions could be explained if the jet slammed into a shell of neutron - rich material kicked out in the neutron star crash, transferring most of its energy to that debris and smothering the jet.

CH3OH is normally produced on the surface of dust, but when the temperature increases by some process, it will be released from the dust surface and turn into gas which emits radio waves.

Last week researchers reported they had traced a cosmic blast of radio waves back to its source for the first time — but now another team of fast - acting astronomers has called the result into question.

Radar uses radio waves to enable aircraft, ships and ground stations to see far into their surroundings even at night and in bad weather.

«Why space dust emits radio waves upon crashing into a spacecraft: A new simulation provides the first mechanism to explain why plasma from hypervelocity impacts generates electromagnetic radiation.»

The rest gets turned into radio waves or light, which turn into heat when they are absorbed by other surfaces.

Just as FM stations embed songs in radio waves that your car stereo translates into Celine Dion's power ballads, space missions embed data (though typically not voice transmissions) that the DSN antennas convert into images and other spacecraft info.

In earlier observations, emission from two or more faint objects often was blurred or blended into what appeared to be a single, stronger source of radio waves.

In the same way large antennas on rooftops direct emission of classical radio waves for cellular and satellite transmissions, the nano - antenna efficiently directed the single photons emitted from the nanocrystals into a well - defined direction in space.

Software installed on the user's device — whether a laptop, smartphone, radio or television — translates this information into a countdown for their specific location based on estimates of the speed at which the waves are traveling through Earth's crust.

It acted like a funnel for radio waves, collecting them into its wide end and guiding them down into a detector.

This week, meteors» hiss may come from radio waves, pigeons that build on the wings of those that came before, and a potential answer to the century - old mystery of what turned two lions into people eaters with Online News Editor David Grimm.

They can see protostellar disks taking shape and pushing their jets out into space, and they have worked to integrate the new data with results from optical and radio telescopes (radio waves, millimeter wavelengths in particular, can penetrate the dust and gas too).

Zapped by radio waves, hydrogen atoms lose their electrons and are transformed into a plasma as hot as the sun.

We know that for energies of modest to intermediate energy, the culprit or the source of the acceleration appears to be the shock front that surrounds a [an] expanding supernova blast wave; that is to say, we have a star that undergoes a massive cosmic explosion [and] drives a strong shock wave out into the surrounding interstellar medium, and the gas around the shock wave, and all the magnetic fields associated with it are capable of accelerating particles to very high energies; and also incidentally magnifying and amplifying the magnetic field associated with that shock front and giving a lot of x-ray emission and radio emission and so on, and so we've understood that.

China's awesome Five - hundred - meter Aperture Spherical radio Telescope, the world's largest of its kind, will be able to peer further into the past than previous radio telescopes to gather weaker and more distant signals that promise to provide clues to the origins and evolution of the universe, probe gravitational waves and dark matter, and listen for transmissions from extraterrestrial civilizations.

At those high magnetic fields, they get into resonance with radio waves or microwaves, which changes the magnetic moment in such a way that the atoms fly away and escape from the trap.

Most of that light scatters into the interstellar dust that lies between us and the Milky Way's core, but radio waves and x-rays can penetrate the shroud of dust to reach the earth.

The team fired artificially generated neutrinos into their ice sculpture and successfully measured radio waves using the ANITA antennas (www.arxiv.org/hep-ex/0611008), which are designed to pick out radio waves from GZK neutrinos and nothing else.

What they needed was a small but powerful instrument that could greatly amplify high - frequency radio waves — those into the microwave range — so they could bounce them...

These radio waves use 2.4 ghz or 5ghz and from there the router breaks up this signal into 14 different channels, much like walkie talkies.

Daniel Graham has used observations by STEREO where Langmuir waves were naturally converted into radio waves.

``... being considered by the US Air Force and the US Defense Advanced Research Projects Agency,... using very low frequency radio waves to flush particles from [the Van Allen radiation] belts and dump them into the upper atmosphere over either one or several days.

Using the millimeter - wave interferometer at Caltech's Owens Valley Radio Observatory, the astronomers combined 15 smaller images into a single mosaic to produce an image showing the location of Carbon Monoxide (CO) gas throughout a galaxy called IC 10, some 2.5 million light - years away.

These are subdivided into sub-mm waves, microwaves and longer - wavelength radio waves.

This year, ALMA - J Project Office presented: explanation of ALMA using poster exhibition and a miniature of the ALMA site; mini-lectures by six lecturers; celestial journey in the Chilean skies using a constellation camera at the Operations Support Facility of ALMA; a mini-experiment to see if rubber balls fallen from a higher place (to resemble radio waves from the universe) are collected into the focal point of an antenna dish; and another experiment to receive satellite broadcasts using a lid of a pot, instead of an antenna dish.

To detect faint radio waves coming from 10 billion light years away in an extremely harsh environment at an altitude of 5000 meters, new breakthrough technologies are incorporated into ALMA by integrating high - efficiency receivers, high - speed computer, and high - precision antennas allowing high accuracy tracking.

At right, the jet can not punch out of the shell of explosion debris, but instead sweeps up material into a broad «cocoon,» which absorbs the jet's energy and emits X-rays and radio waves over a wider angle.

Shorter wavelength radio waves are thought to be emitted close into the root of the jet, so the result shows that the magnetic field is stronger and better aligned at the root of the jet.

Recent gravitational - wave discoveries by LIGO, as well as recent progress in X-ray, gamma ray and radio observations, have opened an unprecedented observational window into black holes and neutron stars.

According to lead author Francesca Poli, the new computer simulations show that the current can best be sustained by injecting high - harmonic radio - frequency waves (HHFWs) and neutral beams into the plasma.

In ALMA, the observed radio waves are divided into 10 frequency bands and then converted into electrical signals.

As radio waves travel through space, they run into gas and other material, which has an effect on the signal.