Laserlight Cooling and Ion Trapping | Dr. Ed Deveney | Lightboard

Dr. Edward Deveney explains the process of laser cooling and trapping which changes the behavioral momentum of atoms by lowering their temperature.
Quantum Mechanics 101
Bridgewater State University Department of Physics

[@joelee5986]

3:20 doesnt the De Broglie wavelength go up instead of down? And also genuine question, why does increasing the De Broglie wavelength make it behave more like a wave?

[@abhijitshaw9431]

i loved this class it was extremely informative

[@misssagacious5007]

Omg, thanks a lot. ❤❤❤ This is a real masterpiece!✨ I love your video ✨

[@spencerpanes8748]

Even words can't explain how beautiful the universe is, but numbers can 10/10.
Thanks for the wonderful and concise explanation...

[@BR-hi6yt]

The laser light hits the electrons not the whole atom

[@deadlylampshade4065]

Why do the photons only hit the atoms when they are travelling in the right direction to slow them down? And what happens to the energy in the photon?

[@shoopinc]

Be careful with those sharks.

[@chreinisch]

did the atom become a Bose Einstein Condensate?

[@jaybingham3711]

3:20 Less temperature means what? See 1:40.

[@lightclock9761]

Very short and effective explanation ! Spread the information of science. Thank you very much!

[@BridgewInfotech]

Glad it was helpful!

[@AmoghavarshaN]

Nice explanation!