Photons sentence example
photons
- A highly collimated beam of gamma-ray photons is made incident upon a detector crystal.
- Fig 2. An outline of the merged beam experiment; D 1 and D 2 are calibrated detectors for photons and ions.
- Since our atoms cannot absorb photons emitted by ethereal atoms, the ethereal atoms, the ethereal world is invisible to us.
- The mystery is to explain how the photons ' co-operate ' to form the interference fringes.
- This unit has optics which add together two of the dye laser photons, effectively doubling their frequency.Advertisement
- Bombardment with x-ray photons leads to the emission of electrons, these are called photoelectrons.
- Instead, they absorb ultraviolet photons from hot stars which are near or embedded in the nebula.
- On beamline 5D circularly polarized photons are selected by means of a defining aperture, or chopper.
- The associated energy balance imposes an upper limit on the energy of the radiated photons, well below the TeV range.
- Then like the entangled photons you simply recreate an exact replica of yourself from the surrounding matter!Advertisement
- Four incoming photons are required to complete the process.
- Dissociation of virtual photons in events with a leading proton at HERA.
- Photon torpedoes - what have explosive coffins got to do with photon torpedoes - what have explosive coffins got to do with photons?
- Secondly, a spectrometer will measure the energies of incoming gamma-ray photons.
- Each group will be given one day's collection of high-energy photons, which they will enter into a 6 X 5 matrix.Advertisement
- These mirrors were able to focus X-ray photons with energies in the range 0.1 - 10 KeV.
- What begins as a single gamma ray photon in the sun's core emerges at the surface as thousands of visible-light photons.
- The conversion of electron energy into X-ray photons is also more efficient with fast rather than slow electrons.
- They are converted from gamma-ray / x-ray photons to Ultraviolet photons and then finally to visible photons when they reach the photosphere.
- Furthermore, polarized electrons have been used to make polarized photons in the dilute magnet materials.Advertisement
- That substitution creates a vacancy similar to a hole in a p-type semiconductor, which emits single photons when excited by a laser.
- Photon torpedoes - what have explosive coffins got to do with photons?
- Cosmic radiation also keeps us alive - thanks to all those photons which make it through from the sun.
- Like the Innsbruck teleportation scheme published several weeks earlier (Update 350), this demonstration employs a pair of entangled photons.
- These frequency doubled photons are then added to another dye laser photon, effectively tripling their frequency.Advertisement
- This means that the photons in the light are all vibrating in one direction, instead of in random directions.
- As individual photons (light) from a dimly lit room or night scene enter the goggles, they strike a photoelectric plate, which uses the "photoelectric effect" to convert those photons into electrons, or electricity.
- The photocathode converts the few photons that strike it into a corresponding pattern of electrical energy called electrons.