Photon used in a sentence

Photon in a sentence as a noun

If the other filter is at 90 degrees, the photon is blocked.

The two photons in each pair are polarized the same way and entangled.

One of them is that it's very hard to get photons to interact with each other.

" BTW - electron to photon converters are not free and nor is sending stuff to space.

When I was in high school, I implemented a kd-tree for a ray tracer using photon mapping.

If so, wouldn't this be proven out by comparing the neutrinos time to the time of a photon?

You would be measuring a 0 degree photon with a 45 degree filter, and it is 50/50 whether it goes through or not.

Suppose, for instance, that all the photons were polarized at 0 degrees and they were not entangled.

You've gotta convert it from photon to electron to photon, back to electron.

The problem of photons is that to get some moment you need a proportional amount of energy to create them.

When your game master flips his coin and shows you the result, you take your photon for that round and send it through a polarizing filter.

This is usually a sign that the collision produced a 115 GeV particle which decayed into a photon pair.

I read somewhere that there are no antiphotons and antimatter emits light just the same as normal matter.

Not sure what a photon is when it isn't moving at all, perhaps a point with an electric field and equal and perpendicular magnetic field.

A typical photographic plate will only register a few percent of the incident photons.

Strong photon-photon interaction is one of the holy grails of photonic quantum computing.

CCDs in consumer devices are generally used in photon-rich environments and the users can tolerate a lot of noise in their images.

So this is essentially a solar sail, you get some photons, and send them in a different direction, and the change in the direction of the photons give some momentum to your ship.

The bigger impediment to large scale adoption of solar is the high cost and low efficiency of initially capturing the energy in each photon.

Around the mirror, as always, the vacuum contains photon and anti-photon pairs coming into existence and annihilating each other.

In the vacuum fluctuation of space, virtual photons and anti-photon pairs are created and annihilate each other all the time - but this tiny gap keeps them from appearing between the mirrors.

Astronomers, however, demand very low noise and use their CCDs in photon-poor environments, and the production of these kinds of devices has required major improvements in CCD technology.

The classic model for quantum cryptography uses a half-silvered mirror to create a quantum state by introducing uncertainty over whether an individual photon has been deflected or not.

You've got to convert it the energy to photons - well, you have incoming photons that go to electrons, but you - you've gotta do two conversions that you don't have to do on Earth, which is you've got to turn those electrons into photons and turn those photons back into electrons on the ground, and that double conversion is going to get you back to where you started, basically.

The 26 men unleashed a slew of widely embraced innovations shortly after their *** experiences, including a mathematical theorem for NOR gate circuits, a conceptual model of a photon, a linear electron accelerator beam-steering device, a new design for the vibratory microtome, a technical improvement of the magnetic tape recorder, blueprints for a private residency and an arts-and-crafts shopping plaza, and a space probe experiment designed to measure solar properties.