Re: Why Isn't a "Gluon Beam" Possible?
- From: "Igor Khavkine" <igor.kh@xxxxxxxxx>
- Date: Sun, 18 Dec 2005 11:10:03 +0000 (UTC)
Radium wrote:
> Hi:
>
> If a *photon* beam [Maser for Microwave, Laser for light] can be made,
> then why can't a *gluon* beam be made? The *Gluon* is to the STRONG
> force what the *Photon* is to the ELECTROMAGNETIC force. Right?
There are several obstructions. Due to quark confinement, ordinary
matter is highly color neutral. This means it would be hard to build
the components that a laser needs (cavity, medium, pump, etc.) Also due
to quark confinement, it is very unlikely to see free gluons at all.
Lastly, since QCD is non-Abelian, the gluon field interacts with
itself. In other words, we cannot rely on the ground state of a large
collection of gluons to be the same as the ground state of a large
collection of photons (i.e. all of them bunching up in the lowest
energy state). The last property is essential for the construction of a
laser.
In short, it'd be really tough. Hope this helps.
Igor
.
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