Ví dụ về việc sử dụng Each photon trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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The energy of each photon is.
Each photon can then transmit one bit of information, corresponding to a zero or a one.
Since the energy of each photon is.
Each photon in the light beam has a momentum, which is the uncertainty in the particle momentum.
Let's measure the energy of each photon.
Bob detects each photon by also randomly selecting one of the two different polarizers.
Determine the energy of each photon.
We can assign one unit of energy to each photon.
Each photon encounters a two-channel polariser whose orientation can be set by the experimenter.
That choice affects the result when each photon hits its detector.
The experiments revealed a tiny shift, one-half of Planck's constant,in the angular momentum of each photon.
In quantum mechanics, the momentum of each photon in the light beam is inversely proportional to the wavelength.
Some kinds of atom clocks were attached to detectors of A andB allowed them to measure the time of each photon very exactly.
What it does is recording the spin and vector of each photon inside the microtubule, the«Qubit» unit data.
To fully exploit the potential of quantum communication, however, one additionally needs the possibility ofstoring the quantum information that is encoded on each photon.
There is literally noway for wave interference to take place because each photon can only go through a single slit at a time.
Each photon can be employed as a qubit(quantum bit, similarly to standard electronic bits), but because one cannot eavesdrop on single photons, the information is secure.”.
Light consists of tiny particles called photons andthe amount of energy in each photon corresponds to its color.
If there were much more than 109 photons, then for each photon vibrating in this way, you could find another photon vibrating in the opposite direction.
He created a time-stamp to correlate arrival time of the photon with the electron spin,which provided a sort of reference key for each photon to confirm its correlation to the source electron.
When this LED is illuminated,photons are absorbed by the material and each photon gives rise to an electron and a hole(known as electron-hole pair).
Now, Professor Paul Eastham, from Trinity College Dublin's School of Physics, and Professor John Donegan, from CRANN and AMBER, have demonstrated a new form of light,where the angular momentum of each photon(a particle of visible light) takes only half of this value.
Once he has made all the measurements,Bob asks Alice over an open channel which polarizers she used for each photon and he only keeps the results for those measurements where he happened to pick the correct polarizer, and this series of results becomes the secret key.
Now, recent PhD graduate Kyle Ballantine and Professor Paul Eastham, both from Trinity College Dublin's School of Physics, along with Professor John Donegan from CRANN, have demonstrated a newform of light where the angular momentum of each photon(a particle of visible light) takes only half of this value.
When this diode is lit,the photons are absorbed by the material and each photon gives birth to an electron and a hole(we speak of electron-hole pair).
During photosynthesis, specific chlorophyll molecules absorb red-light photons at a wavelength of 700 nm in the photosystem I,corresponding to an energy of each photon of≈ 2 eV≈ 3 x 10- 19 J≈ 75 kBT, where kBT denotes the thermal energy.
Now, the IBM research shows a way to buffer photonic data by routing light signals through an optical delay line,forcing each photon to travel through up to 100 tiny rings instead of making a beeline for the other side of the chip.
The study found that unlike silicon,which generates only one current-driving electron for each photon it absorbs, graphene can produce multiple electrons.