your looking at matter and antimatter being created in a chamber, although its only the antimatter that gets created. they annihalate each other because of their opposite charges, giving out gamma radiation.
The dominant process is gamma rays, which are formed in the chamber after the passage of cosmic rays. The cosmic rays have, well, a cosmic origin.
Antimatter isn't formed in the chamber, gamma rays however, are really just energetic electrons which have been excited by the passing of the high (much much higher) energy cosmic rays.
thanks for the extra insight :) i was a bit unsure of what i wrote, myself. although im sure that gamma rays are high energy photons aas opposed to elecrons
Some explanation would have been nice.
DerSchnurrbart 9 months ago
looking at the vapour trails left by particles emmitted from a source?
wickedwickedjak 2 years ago
not likely. its got dry ice under it. you could try though
legoman1986 4 years ago
can you fry a sausage on that?
brock999 5 years ago
hahaha your right hahaha!!! i cant stop laught hahahaahahaa
Gobigmen 4 years ago
nice.. what am i looking at?
kidXS 5 years ago
Particles of ionizing radiation.
It's a macroscopic way to see atomic and subatomic particles.
Vurry interesting.
superultimatejesus 5 years ago
your looking at matter and antimatter being created in a chamber, although its only the antimatter that gets created. they annihalate each other because of their opposite charges, giving out gamma radiation.
mothity 4 years ago
Well, kinda!
The dominant process is gamma rays, which are formed in the chamber after the passage of cosmic rays. The cosmic rays have, well, a cosmic origin.
Antimatter isn't formed in the chamber, gamma rays however, are really just energetic electrons which have been excited by the passing of the high (much much higher) energy cosmic rays.
bonzonobeans 4 years ago
thanks for the extra insight :) i was a bit unsure of what i wrote, myself. although im sure that gamma rays are high energy photons aas opposed to elecrons
mothity 4 years ago