[syhprum (OP)]

Two groups at CERN have developed techniques for cooling anti Hydrogen sufficiently for it to be stored (albeit for only less than a second as yet).

http://www.scientificamerican.com/

[peppercorn]

'Beam me up, Scotty!" []

Back in the real world - It sounds like an expensive 'battery' to charge!

[Mazurka]

If we are using archeological timescales to define soon, rather than the OED definition "The near future" yes, there is a chance.  However it may be that "We canna break the laws of physics, Jim"

[Pikaia]

For spaceflight you would need several grams of antimatter, and you have to be able to keep it completely isolated from normal matter indefinitely. Since CERN only produced a few atoms for a fraction of a second we have a long way to go, and the cost will be literally astronomical. I think the cost, practical problems and safety concerns will be an insurmountable barrier.

[syhprum (OP)]

I feel that the biggest problem will be that when the firsts anti matter powered spaceship is ready to take off the nuclear fusion auxiliary power system will not be ready.

[Geezer]

Uch crap! The warp drive's buggert up - again!

[peppercorn]

Uch crap! The warp drive's buggert up - again!

It's like his in the room [] *back from the dead too*

[Don_1]

I heard this on BBC Radio 4 yesterday and thought it was being a tad optomistic.

My question is, just how do you store antimatter so it can be used on demand? In a tank made from........ er........ antimatter!?

[imatfaal]

Well at the moment they have "stored" 38 atoms - it's held in a magnetic trap and sorted from the charged particles that formed it by varying electric fields.  Its gonna be a while before we can get even "the few grammes" wanted.