Light used to capture anti-matter

AI Thread Summary
The proposal aims to capture anti-matter using light traps, as traditional magnetic or electric fields are limited to charged anti-particles. The concept relies on the ability of light to exert force on particles, with a focus on capturing anti-atoms. Suggestions include exploring optical tweezers and magneto-optical traps (MOTs), which have been effective in trapping atoms for over 15 years. Additionally, there are existing plans for trapping antihydrogen using magnetic methods. The discussion highlights the innovative approach of using light in anti-matter research.
menergyam
Messages
21
Reaction score
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.
 
Science news on Phys.org
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.
 
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
 
Thread 'Simple math model for a Particle Image Velocimetry system'
Hello togehter, I am new to this forum and hope this post followed all the guidelines here (I tried to summarized my issue as clean as possible, two pictures are attached). I would appreciate every help: I am doing research on a Particle Image Velocimetry (PIV) system. For this I want to set a simple math model for the system. I hope you can help me out. Regarding this I have 2 main Questions. 1. I am trying to find a math model which is describing what is happening in a simple Particle...
I would like to use a pentaprism with some amount of magnification. The pentaprism will be used to reflect a real image at 90 degrees angle but I also want the reflected image to appear larger. The distance between the prism and the real image is about 70cm. The pentaprism has two reflecting sides (surfaces) with mirrored coating and two refracting sides. I understand that one of the four sides needs to be curved (spherical curvature) to achieve the magnification effect. But which of the...
Back
Top