In general, physicists prefer to study processes
involving larger numbers of particles, since the added complexity assists in searches for physical effects that aren't described by today's best theories.
One of the most promising of these algorithms, the Boltzmann machine, bears the name of 19th century Austrian physicist Ludwig Boltzmann, who developed the branch of physics dealing
with large numbers of particles, known as statistical mechanics.
This entangling procedure can, in principle, operate
on larger numbers of particles, opening new perspectives for fundamental tests of quantum theory.
Moving beyond this initial work meant developing a more complete computational model, one that
tracked large numbers of particles as they gathered near a spinning black hole and interacted among themselves.
«This area of physics deals with the aspects of systems of
large number of particles where particular details regarding individual particles become unimportant.
Specifically, the team was interested in strong coupling in light - matter interactions where there are
a large number of particles that make up the matter.
According to Hawking's work, it radiates
a large number of particles in all directions with very high energies.
All bulk liquid superfluids are caused by Bose - Einstein condensation, which is the quantum process whereby
a large number of particles all enter the same quantum state.
Neutrinos are produced by nuclear reactions, including those that went on in the big bang, so
a large number of these particles should have been released into the Universe.
Nearly a hundred years ago, Albert Einstein and Satyendra Nath Bose predicted that quantum mechanics can force
a large number of particles to behave in concert as if they were only a single particle.
By analyzing single - molecule data pooled from
a large number of particles, the team found that a catalytic reaction that occurred at one active site can affect the probability of a reaction occurring at another site on the same particle or on a nearby particle.
Physicists say proton collisions can result in
a large number of particles containing strange quarks — findings that challenge current theoretical models.
The graphics have had a complete overhaul and the game even managed to get
a large number of particle effects outputted on the PS2; this was and is probably the best looking PS2 game ever produced.