Particles can be classified as bosons or fermions. A defining characteristic of a boson is its ability to pile into a single quantum state with other bosons. Fermions are not allowed to do this. One ...

Bosons and fermions, the two classes into which all particles—from the sub-atomic to atoms themselves—can be sorted, behave very differently under most circumstances. While identical bosons like to ...

The Heisenberg uncertainty principle places severe constraints on the subatomic world. To illustrate, for particles called bosons, the principle dictates that bosons either condense to form a ...

The level of sociability for atoms and subatomic particles depends on how much spin they have, which is a measure of how fast they spin around themselves. Atoms and subatomic particles with integer ...

An extremely rare collision of massive subatomic particles could reveal the nuts and bolts of how the subatomic particles called Higgs bosons impart mass to other particles. The Higgs boson particle, ...

This year marks the hundredth anniversary of Satyendra Nath Bose’s paper that stimulated the study of quantum statistics. We take this opportunity to celebrate the physics of bosons. Quantum theory ...

Physicists at the Large Hadron Collider, a particle accelerator near Geneva, Switzerland, report that they're hot on the trail of an elusive elementary particle known as the Higgs boson. It's only a ...

Half a century ago, six physicists proposed the idea of a new subatomic particle whose existence would help explain the masses of elementary particles. Ever since then, the hunt has been on to find it ...

A new twist on a classic experiment could show that pairs of electrons behave as bosons, despite the fact that single electrons are fermions. Peter Samuelsson and Markus Büttiker of the University of ...

The difference between bosons and fermions is just spin. But in physics, this is a fundamental difference. Bosuns and bosoms are of course completely different again The word boson causes no end of ...

Image: Phase diagram showing the destruction of superconductivity: 1) The yellow region represents the ordered phase in which all the electron pairs share the same phase (all arrows pointing up), 2) ...