Boson

Boson (12)
Gluon (15)
Higgs boson (14)
Photon (628)

Synopsis: Nuclear physics: Subatomic particles: Elementary particles: Boson: Boson:

#First boson laser could save power Stanford university University of Michigan rightoriginal Studyposted by Bjorn Carey-Stanford on May 24 2013stanford (US)# Scientists have demonstrated a revolutionary electrically driven polariton laser

The new system however makes use of the unique physical properties of bosons subatomic particles that scientists have attempted to incorporate into lasers for decades.#

These excitons are bosons and an unlimited number of them can inhabit any given energy level.

Using bosons in lasers has been a scientific goal for decades but Yamamoto s team is the first to successfully build an electrically driven laser using bosons.

The result was reproduced recently and confirmed by scientists at the University of Michigan who published their work in the journal Physical Review Letters.)

Atoms of rubidium are known as bosons, for their even number of nucleons and electrons. When cooled to near absolute zero

bosons form what called a Bose-Einstein condensate a superfluid state that was discovered first co by Ketterle,

Atoms of rubidium are known as bosons, for their even number of nucleons and electrons. When cooled to near absolute zero

bosons form what called a Bose-Einstein condensate a superfluid state that was discovered first co by Ketterle,

Atoms of rubidium are known as bosons, for their even number of nucleons and electrons. When cooled to near absolute zero

bosons form what called a Bose-Einstein condensate a superfluid state that was discovered first co by Ketterle,

with bosons, particles of a particular type that can be combined in large numbers in the same quantum state,

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