Light used to capture anti-matter

In summary, the individual is planning to create a proposal about capturing anti-matter by using a light trap. This is because magnetic or electric fields can only capture charged anti-particles, while light can exert a force on a particle. They are seeking suggestions and comments on this idea. They mention that their proposal may be similar to optical tweezers and cite a group that had plans to trap antihydrogen using a magnetic trap. They also mention the use of magneto-optical traps for trapping atoms.
  • #1
menergyam
21
0
I am planning to do a proposal about capturing anti-matter and containing it by creating a trap with light. I figured I want to use light because if I use magnetic or electric fields then I would only be able to capture charged anti-particles. My goal is to capture anti-atoms by using a light trap because i know that light can exert a force upon a particle. I need to know if this works or if anyone here can give me any suggestions or comments. Thanks.
 
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  • #2
This is not my area of research (or particular interest, for that matter) so I cannot be of great help. But what you want to make sounds a lot like optical tweezers, so maybe searching for that will give you some inspiration.
 
  • #3
As of 2000, this group had plans to trap antihydrogen using a purely magnetic trap:
http://www.mpq.mpg.de/~haensch/antihydrogen/spectroscopy.html

Magnetic fields will exert a force on any atoms (or anti-atoms) that have a magnetic dipole moment.

Magneto-optical traps, or MOTs, have been used to trap atoms for perhaps the last 15 years. A google search produces many hits:
http://www.google.com/search?hl=en&q=magneto-optical+trap&aq=1&oq=magneto-opti
 

FAQ: Light used to capture anti-matter

How is light used to capture anti-matter?

Light is used to capture anti-matter by creating a magnetic field that traps the anti-particles. By using high-energy photons, scientists can create a strong enough magnetic field to contain the anti-matter.

What type of light is used to capture anti-matter?

The type of light used to capture anti-matter is typically high-energy gamma rays or x-rays. These photons have enough energy to create a strong magnetic field to trap the anti-particles.

Can any type of light be used to capture anti-matter?

No, not all types of light can be used to capture anti-matter. Only high-energy photons with enough energy to create a strong magnetic field are effective in trapping anti-particles.

How does the magnetic field created by light capture anti-matter?

The magnetic field created by light works by exerting a force on the anti-particles, causing them to move in a circular path and become trapped within the field. This method is known as magnetic confinement.

What happens to the captured anti-matter?

The captured anti-matter is usually studied and used for scientific research. It can also be combined with regular matter to create powerful energy sources, although this process is currently not yet feasible on a large scale.

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