New Bose-Einstein-Condensate | Forum

#1

@FLRW, @Sidewalker

https://www.youtube.com/watch?v=NzQQXQK_Ngk

She never states Fermionic Matter, Bosonic Forcce, or what this crystaline structure may be best catagorised as Bose-Einstein-Condensate{ BEC }, that, has been known as a catagory since 1995{?}

AI...' The Bose-Einstein Condensate (BEC) state of matter was first predicted theoretically in 1924–1925 by Albert Einstein and Satyendra Nath Bose, and first created experimentally in 1995 by Eric Cornell, Carl Wieman, and Wolfgang Ketterl '....

So yes, new hybrid BEC not new catagory discovery outside of Fermionic Matter i.e. not Bozo Matter, just new Bose-Einstein-Condensate hybrid.

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#2

See 2:21 for the 3D basket pattern weaving. That is surprising is that green light --not infra-red-- causes the pattern to change if not flip also flip between 0 and 1 charge states. Or polarizations. I forget now.

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#3

@ebuc

Are we in a better world because of the switch?

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#4

Bose–Einstein condensates composed of a wide range of isotopes have been produced.

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#5

@FLRW

FLRW wrote:

Bose–Einstein condensates composed of a wide range of isotopes have been produced.

Analogically speaking, a bit like Kentucky fried chicken then.

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#6

@SergeantLynch

Bose–Einstein condensates have been produced using a wide variety of bosonic isotopes, primarily alkali metals, alkaline earth metals, and lanthanides, as well as molecules, quasiparticles, and photons.

The most common atomic species include:

Alkali metals: Rubidium-87 (the first gaseous BEC, created in 1995), Sodium-23, Lithium-7, Potassium-39, Potassium-41, Cesium-133, and Chromium-52.
Alkaline earth metals: Calcium-40, Strontium-84, Strontium-86, and Strontium-88.
Lanthanides: Ytterbium-170, Ytterbium-174, Ytterbium-176, Dysprosium-164, Erbium-168, and Thulium-169.
Other atoms: Helium-4 (superfluid state) and Hydrogen-1.

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Bose–Einstein condensates have been produced using a wide variety of bosonic isotopes, primarily alkali metals, alkaline earth metals, and lanthanides, as well as molecules, quasiparticles, and photons.The most common atomic species include:<ol><li>Alkali metals: Rubidium-87 (the first gaseous BEC, created in 1995), Sodium-23, Lithium-7, Potassium-39, Potassium-41, Cesium-133, and Chromium-52.</li><li>Alkaline earth metals: Calcium-40, Strontium-84, Strontium-86, and Strontium-88.</li><li>Lanthanides: Ytterbium-170, Ytterbium-174, Ytterbium-176, Dysprosium-164, Erbium-168, and Thulium-169.</li><li>Other atoms: Helium-4 (superfluid state) and Hydrogen-1. </li></ol>

#7

@FLRW

One up for science.

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(Last edited by SergeantLynch on )

#8

@FLRW

Okay, interesting stuff...What would be the practical application of a Bose-Einstein condensate.

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#9

@SergeantLynch

SergeantLynch wrote:

Okay, interesting stuff...What would be the practical application of a Bose-Einstein condensate.

Mostly they are for performing magic tricks in the lab, "abracadabra, I stopped light," stuff like that. The primary application outside the lab is in

Stockholm Sweden, when they try to get a Noble Prize in Physics.

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#10

@Debby

⚠️ This comment has been marked as offensive.

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#11

@SatanLucy

That provespoverty is more complicated than science.

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