Space Station to Receive New Anti-Matter Detector Component

Apr 27, 2010 by John Messina weblog
NASA photo of International Space Station.

( -- Scientist plan on replacing the liquid helium cooled magnet, in the anti-matter detector, with an Alpha Magnetic Spectrometer. This will increase the life span of the detector from 3 years to about 18 years.

The AMS (anti-matter spectrometer) is designed to search for anti-matter particles as well as perform other experiments. The device is equipped with over 300,000 data channels that require compression with an on-board supercomputer before the information can be transmitted to Earth.

AMS functions by sampling high-energy particles from deep space. The sensitivity of the AMS is more than 100 to 1,000 times more sensitive than previous instruments.

AMS removed from storage facility and being tested.

Samuel Ting of MIT is overseeing a 500 member global team of scientist to work on this 1.5 billion dollar project. This was made possible because US President Barack Obama has proposed to extend the space station for a minimum of 5 years beyond 2015, with an additional budget of 3 billion dollars per year.

In an interview with BBC News Ting stated: “This really is the very first very, very precise particle physics detector. You enter into a totally new domain. It's very hard to predict what you'll find."

The AMS is a prototype that flew on a 1998 space shuttle mission and was recently taken out of a clean room storage facility in Germany. By replacing the liquid helium cooled magnet with the AMS cuts the power of the magnetic field that is used bend the path of charged cosmic particles while they pass through various detectors.

Ting is optimistic that having the less powerful AMS in orbit the extra years would more than compensate for the liquid helium cooled magnet. There are also spares on hand if it ever requires replacement.

Explore further: Image: Solar Electric Propulsion engine's ionizing Hall thruster

More information: Via: BBC News

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User comments : 5

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5 / 5 (1) Apr 27, 2010
Anti-mater? Anything like antimatter?
3 / 5 (2) Apr 27, 2010
Yea matter is a pretty easy word to spell...hard to believe an editor didn't catch the grammar problem in the title....

Outside of that, they don;t get very detailed other than the fact they are putting the AMS up there...
5 / 5 (1) Apr 27, 2010
Not "anti-matter" -- "Alpha Magnetic" (see first paragraph). I suspect that the author is not a great science mind.
5 / 5 (2) Apr 27, 2010
Have a look at . It offers a better description of AMS-02.
not rated yet Apr 27, 2010
Thanks _Osiris and fajo for the clarification and the link. I think that the article had a cut & paste slip [one of the goals is to detect antimatter], but besides that, spelling pointed out by NotAsleep and observation of dearth of information by LuckyBrandon there was another issue:

This article states or implies that the AMS will not use a magnet that requires liquid helium:
By replacing the liquid helium cooled magnet with the AMS

but the NASA web page indicates that it uses a 0.8 Tesla superconducting magnet with low temperature "superfluid" helium at 1.8K (my comment: normally magnets at that field strength use regular liquid helium which is 3 to 4 K)

Using a permanent magnet or high temp superconductor at this field and this application would be very interesting in itself.

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