But he forgot about
a strange type of particle — the tachyon.
Not exact matches
In quantum mechanics, interactions between
particles can give rise to entanglement, which is a
strange type of connection that could never be described by a non-quantum, classical theory.
But while close, the two measurements didn't match perfectly, a result which leaves some wiggle room for physicists to think up other
types of strange new
particles.
In a paper published in the January 18 issue
of Physical Review Letters, an international physics collaboration demonstrated that both
types of bonds play by the same rules — quantum mechanics, the
strange state in which matter exists as
particles and waves at the same time.
The feat showed that the
particles of light can retain a
strange type of interconnectedness, known as quantum entanglement, even when flung to opposite ends
of a country, researchers from China report in the June 16 Science.