Examples of 'laser cooling' in a sentence
Meaning of "laser cooling"
laser cooling - a technique used to slow down the movement of atoms or molecules using laser light in order to study them more effectively
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- the process of using the force exerted by a laser to reduce the temperature of a gas, or the spread of velocities of a beam of atoms
How to use "laser cooling" in a sentence
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laser cooling
First demonstration of laser cooling of neutral atoms.
A technique that has recent success is laser cooling.
We could use a laser cooling array.
Doppler cooling is the most common method of laser cooling.
Previous conceptions of laser cooling were decided to have been too simplistic.
Examples are solid and molecular gas laser cooling.
Breakthrough laser cooling system could save space and energy.
Atomic trap based on laser cooling.
Laser cooling can significantly reduce the speed of atoms whizzing around.
These are to our knowledge the lowest temperatures achieved in laser cooling.
Advances in laser cooling have allowed cooling of neutral atoms down to nanokelvin temperatures.
This fact has been taken advantage of to derive the technique of laser cooling.
The use of laser cooling has produced temperatures less than a billionth of a kelvin.
He even took a statistical approach to laser cooling with the use of stable distributions.
Laser cooling is primarily used to create ultracold atoms for experiments in quantum physics.
See also
One method that used to cool molecules to temperatures near absolute zero is laser cooling.
Laser cooling and magnetic evaporative cooling are techniques used to reach very low temperatures.
The atoms are usually precooled using the Doppler laser cooling.
Laser cooling Resolved sideband cooling.
At that point I developed them to explain my research in laser cooling and.
The University of Tokyo Laser cooling of ferromagnetic magnons.
Laser Cooling HyperPhysics.
Stabilize the laser, and use them to do spectroscopy and laser cooling.
Since then, laser cooling has been improved to reach even lower temperatures.
At that point I developed them to explain my research in laser cooling and Bose-Einstein condensation.
However, laser cooling is limited by the momentum recoils an atom receives from single photons.
The term is sometimes used synonymously with laser cooling, though laser cooling includes other techniques.
Abstract, Laser cooling can lead to extremely low kinetic " temperatures ", in the microkelvin range.
First, atoms are usually trapped and pre-cooled via laser cooling in a magneto-optical trap.
We could use a laser cooling array. But the problem is getting to absolute zero.
Nobel Prize in Physics in 1997 for his contributions to the field of laser cooling.
Physics junkies may remember that laser cooling technologies won the Nobel Prize in physics in 1.
Laser Cooling condition Wind + water.
Unfortunately, state-of-the-art laser cooling techniques are too sensitive to environmental disturbances.
Laser cooling system for Britain CO2 RF laser tube suppliers, manufacturers, factories - Teyuchiller . com.
Nobel Lecture, Laser cooling and trapping of neutral atoms.
When laser cooling was proposed in 1975, a theoretical limit on the lowest possible temperature was predicted.
Around this time, laser cooling techniques had allowed for temperatures lowered to around 40 kelvins.
In 1985, laser cooling was used to slow and manipulate atoms by Steven Chu and team.
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Examples of using Cooling
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