Sentences with phrase «photons into»

And if you inject any photons into this hypothetical N2 constructed radiation cavity, of any wavelength, it will all be absorbed by the N2 molecules within.

And if you inject any photons into this hypothetical N2 constructed radiation cavity, of any wavelength, it will all be absorbed by the N2 molecules within 100 % absorption regardless of wavelength.»

More Efficient From the moment it is placed under sunlight, the Sunpower solar panels convert more photons into energy than other similar products, which makes AUKEY 20W Solar Charger only need 3 panels while others may need 4 or 5 panels.

Beside the conversion of energy of photons into chemical energy (which effectively prevents the heating of the surface), the plants evaporate a great deal of water into the atmosphere.

They convert photons into movement of electrons, or, electric current.

Papers you'll find in Scholar go into how they work on turning photons into data sets and comparing ground measurements with satellite measurements taken at the same time.

For other reasons, at LTE, the transmission (of a given type of photon) is the same in a pair of opposite directions, so in the absence of scattering, emissivity and absorptivity must each be the same for opposite directions across the same path of material, and thus they will be the same for absorption of photons from a direction and emission of photons into the opposite direction.

Note that I0 * exp -LRB-- τ) does not include contributions from emission of photons within the path or scattering of photons into the path from other directions.

What credible observers simply propose is the slight modulation of solar irradiance at the source, solar L1, using opaque thin films, preferably thin films that absorb and convert solar photons into storable energy of some sort, or simply sold off or beamed away.

The RLT Vet is HILT (High - Intensity Laser Therapy) that delivers photons into the tissue, which radically increases circulation, reduces pain and inflammation while stimulating an endorphin release which excites the energy carrier in the cell (the ATP).

«You can only stare at direct illumination for a short time before it strains the eyes, and sitting in front of many displays that are broadcasting photons into your eyeballs is very disconcerting for the eyes,» McQuivey said.

Some of these x-ray flashes may come from explosions with a relatively large amount of baryonic matter such as protons that produce a «dirty fireball» with higher inertia from their substance, so that the fireball expands slower and is less energetically able to boost photons into the gamma - ray range.

The X-ray telescope developed by the LLNL researchers focuses the photons into a small spot, greatly enhancing the sensitivity of CAST.

To harvest the lost solar energy, we develop a solid - state device that turns infrared photons into visible ones, a phenomenon called photon upconversion.

The human eye for example is very efficient when it comes to converting photons into nerve signals.

In fact, Tavani describes a storm hurling photons into AGILE's detectors as basically a giant particle accelerator in the sky.

Their invention shunts away the heat generated by a solar cell under sunlight and cools it in a way that allows it to convert more photons into electricity.

The team first shot photons into the wires while blocking their exit with two - way mirrors, and the photons behaved normally, bouncing freely back and forth between the wires.

A method for loading the information carried by two photons into a single photon, described in Nature Photonics, suggest a way to boost the efficiency of data transmission in such systems.

But because photons do not really interact with one another, it is challenging to transfer the «contents» of two photons into one.

It involves feeding the two initial photons into logic gates — devices that produce binary output signals whose values depend on the inputs.

[T. J. Echtermeyer et al., «Strong plasmonic enhancement of photovoltage in graphene,» in Nature Communications] Scientists already knew that adding certain materials to graphene could increase its light - harvesting efficiency and its ability to turn those photons into electricity.

Zewail's team used a laser to fire a pulse of photons into a vacuum chamber filled with a heavy form of methane containing two iodine atoms.

The best such cells can convert more than 10 % of the energy in photons into electricity, an impressive rate.

By twisting photons into spirals as they travel, large amounts of information can be encoded in light and used for long - distance communication

To do this, the researchers had to corral the trigger - pulse photons into a tightly packed bunch using a device called a chirped mirror.

First they fired photons into crystals of lithium niobate.

Based on sophisticated silicon honeycombs that disperse the high - energy photons by deflecting them at shallow angles, Arcus's optics should turn as many as 40 % of the incoming photons into a usable spectrum — up from 5 % in NASA's current flagship Chandra X-ray Observatory.

The researchers used beam splitters to separate photons into spatial superposition, meaning they were, in a sense, in two places at once.

Not exact matches

Coding information into photons is easy enough — we already do that when we send information via optical fiber.

A supernatural being with the ability to command the Earth, the Moon, the Sun, and even all the stars and galaxies in the universe into existence would certainly be able to create an ongoing supply of photons first.

The photons are reflecting off the mirror and coming into your eyes and you think you're looking at someone on the other side of the glass, and you adjust your shirt, or shave, etc...

those stars you see, the light takes hundreds of thousands of years to reach us, and when you see that light from them, you are seeing what they looked like thousands of years ago when that group of photons was thrust out by that star / galaxy, which than takes several light years to reach us, which also means you are looking at the past, thousands and hundreds of thousand of years into the past!

Returning to visual perception, in which information carried by photons is somehow converted into images, one might say that these images are in a sense re-presentations of a something (or of some part of a something) that has been presented to the perceiver.

And they can put a few photon torpedoes into him for letting all this bad stuff happen.

By doing so, the scientists wrote, they pulled off just what the first paper described: encoding bits into split photons, mixing them back together and interpreting the results.

The flash lamps that pump the initial energy into many lasers must be cooled for minutes or hours between shots, making it hard to carry out research that relies on plenty of data, such as investigating whether, very occasionally, photons transform into particles of the mysterious dark matter thought to make up much of the universe's mass.

The intense x-ray emissions from these disks would be exceedingly faint when viewed from Earth's vicinity, sending only one photon apiece into Chandra's optics every five or 10 minutes.

Other photons from the laser beam would ricochet off the electrons and be boosted into high - energy gamma rays.

Before that time, the universe was an opaque fog, so hot and dense that photons could not travel very far before bumping into other particles and changing direction.

THG generates a signal when the energy from three incoming photons is combined into one outgoing photon.

Previously, scientists have used Micius to distribute quantum keys between the satellite and the ground, teleport the properties of photons from the ground into space (SN Online: 7/7/17) and produce photons with their properties linked, or entangled, despite being separated by 1,200 kilometers (SN: 8/5/17, p. 14).

By requiring three photons — of very long wavelength — to activate a fluorophore, he can peer even deeper into a living sample.

The array will beam 2.1 megawatts of radio energy into the ionosphere — the region that starts at 100 kilometers above the ground, where solar photons and charged particles crash into Earth's atmosphere.

Leica just launched SP8 DIVE, a multicolor two - photon system that looks deeply into live tissues.

As their paths bend, the electrons throw off photons that are formed into beams.

But a photon with a very tiny «in between» mass can enter into an orbit of the spinning black hole and steal some of its angular momentum.

Because these photons are so old, the familiar two - dimensional map of the CMB is often called a «baby picture» of the universe, providing a window back into the primordial conditions that created the cosmos we see around us today.

As black holes suck matter in, they produce charged particles that smash into gas molecules and photons, producing gamma rays.

A photon can convert into an electron and a positron for a brief instant before those particles revert back into a single photon.