New evidence from the Hanbury Brown-Twiss experiment indicates that electron pairs may act like these particles, which if cooled to extremely low temperatures condense and form a "super-atom."  They have integer spin measured in h-bar units, and do not obey the Pauli-exclusi
New evidence from the Hanbury Brown-Twiss experiment indicates that electron pairs may act like these particles, which if cooled to extremely low temperatures condense and form a "super-atom."  They have integer spin measured in h-bar units, and do not obey the Pauli-exclusion principle.  A nucleus is defined as this type of particle if it has an even number of protons and neutrons.  They include weakons, gravitons, photons and gluons.  Distinguished from fermions, FTP, name this type of force carrying particles, which include Goldstone and Higgs varieties, whose name implies that they obey Bose-Einstein statistics.
New evidence from the Hanbury Brown-Twiss experiment indicates that electron pairs may act like these particles, which if cooled to extremely low temperatures condense and form a "super-atom."  
Bosons