Their subatomic particles collide, and the iron atoms» nuclei split, leaving behind helium nuclei plus a few leftover neutrons and absorbing a lot of energy in the process.
Physicists have long struggled to understand exactly what happens after
subatomic particles collide.
The reverse can also be true, for the World Book Encyclopedia says that «energy changes into matter when
subatomic particles collide at high speeds and create new, heavier particles.»
«The greatest city on earth, a great jiving funkapolitan melting - pot... And that's why we lead in all those creative and cultural sectors and that's why we have the best universities, because the best minds from across the world are meeting in some of the best pubs and bars and nightclubs like
subatomic particles colliding in a cyclotron.»
Not exact matches
When the nuclei
collided, they turned into a shower of
subatomic particles, and among them were pairs of antiprotons.
Unlike the
subatomic crack - ups in
particle accelerators, where the
colliding particles fragment directly into their components, nothing that falls into a black hole — gas, stars, people — has a direct connection to the Hawking radiation it emits in the present.
«Open - access collider data confirm
subatomic particle patterns: CERN Open Data Portal results reveal predictable patterns from
colliding high - energy protons.»
In a paper published in Physical Review Letters, the researchers used the CMS data to reveal, for the first time, a universal feature within jets of
subatomic particles, which are produced when high - energy protons
collide.
A superfast jet of
subatomic particles presumably powered by the gravitational energy of a black hole has
collided with nearby material, been slowed dramatically and released much of its energy in the collision, radio astronomers report.