The Higgs is not detected directly, but via the things it decays into, such
as pairs of photons or particles called Z bosons.
To do that, they studied the decay of the Higgs into familiar particles, such
as a pair of photons or a pair of massive particles called Z bosons.
Not exact matches
Imagine setting up a
pair of entangled quantum «coins» (such
as photons with a specific orientation), then giving one to Alice in Oxford and another to Bob in Zurich.
Depending on its nature, dark matter annihilation could sometimes yield detectable particles and antiparticles, such
as electrons and positrons, or
pairs of photons.
With the green light from Townes, Clauser began to scavenge spare parts from storage closets around the Berkeley lab — «I've gotten pretty good at dumpster diving,»
as he put it recently — and soon he had duct - taped together a contraption capable
of measuring the correlated polarizations
of pairs of photons.
As soon as you measure one of the entangled photons in a detector and find that its polarization — that is, the orientation of its waves — is horizontal, the other one in the pair is instantly projected into a horizontal stat
As soon
as you measure one of the entangled photons in a detector and find that its polarization — that is, the orientation of its waves — is horizontal, the other one in the pair is instantly projected into a horizontal stat
as you measure one
of the entangled
photons in a detector and find that its polarization — that is, the orientation
of its waves — is horizontal, the other one in the
pair is instantly projected into a horizontal state.
Although Einstein rebelled against the notion
of quantum entanglement, scientists have repeatedly proved that measuring one
of an entangled
pair of objects, such
as a
photon, immediately affects its counterpart no matter how great their separation — theoretically.
According to quantum mechanics,
photons can briefly transform into transient
pairs of electrically charged particles and antiparticles — such
as an electron and a positron — before reverting back to
photons.
As described in a paper posted online and submitted to Physical Review Letters (PRL), * researchers from NIST and several other institutions created
pairs of identical light particles, or
photons, and sent them to two different locations to be measured.