Examples of using Atomic clocks in English and their translations into Hebrew
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Three atomic clocks.
Atomic clocks are the most precise time pieces.
Installed on satellites atomic clocks, which provide perfect precision timing.
Atomic clocks work because of quantum physics.
This rotation rate in some neutron stars is more stable than the best atomic clocks we have on Earth.
Atomic clocks give the most accurate measure of time.
Gadi Eisenstein and his team developed tiny, inexpensive atomic clocks that found their way into industry.
Atomic clocks are considered the most precise clocks. .
GPS satellites are little more than highly accurate atomic clocks in space, transmitting a time signal back to Earth.
Atomic clocks deviate only 1 second in about 20 million years.
This 24-hour time standardis kept using highly precise atomic clocks combined with the Earth's rotation.
Enter atomic clocks, some of which are so precise that they would not gain or lose a second even if they ran for the next 300 million years.
This is where Prof. Gadi Eisenstein and his team developed tiny, inexpensive atomic clocks that found their way into industry.
Linked through the precise timing of atomic clocks, teams of researchers at each of the sites freeze light by collecting thousands of terabytes of data.
The use of optical clocks in GPS satellites would result in accuracies100 to 1,000 times greater than conventional atomic clocks.
We have taken two PERFECTLY SYNCED atomic clocks, placed one deep in the ground, and another in an airplane.
The consortium will focus on the R&D of generic technologies in the fields of sensing and time andfrequency systems based on precision atomic clocks.
But I use Waze, a navigation application,and we need accurate atomic clocks at this level of precision to bring me to my destination on time.
And so what we do is we put atomic clocks on satellites, make sure they're all synchronized, and now I stand on the surface of the earth with my GPS receiver, and it gets time signals from each of these satellites.
Today, the basis for scientific timeis a continuous count of seconds based on atomic clocks all around the world, known as the international atomic time.
Atomic clocks are far more accurate than any previous timekeeping device, and are used to calibrate other clocks and to calculate the International Atomic Time; a standardized civil system, Coordinated Universal Time, is based on atomic time.
In order to attempt to prove this theory of time dilation, two very accurate atomic clocks were synchronized and one was taken on a high-speed trip on an airplane.
There's the Aerospace Science and Technology Corporation(the primary contractor for building spacecraft), its Academy of Launch Vehicle Technology subsidiary(which helps design the nation's so-called Long March rockets), the Academy of Space Technology(designing many of China's satellites), and the Aerospace Science and Industry Corporation,a defense contractor that builds items like the atomic clocks on navigation satellites.
The system's groundbreaking accuracy is the result of best atomic clocks ever flown for navigation- one per satellite- accurate to one second in three million years.
So they're used in devices that find underground oil and mineral deposits,and they also make highly accurate atomic clocks, like the ones used in global positioning satellites.
In order for navigation to work, the satellites carry atomic clocks accurate to the nanosecond- otherwise your GPS receiver might tell you you're halfway across town when you're still in the driveway.
The atomic clock or atomic time is a timescale based on the definition of the second using atomic clocks to set the time standard used throughout the world.
Humanity has a collective official time scale,established by a chorus of atomic clocks cooled to near absolute zero in vaults at the United States Naval Observatory in Washington, the Bureau International des Poids et Mesures near Paris, and elsewhere.
International Atomic Time(TAI):A time scale that combines the output of some 400 highly precise atomic clocks worldwide, and provides the exact speed for our clocks to tick.