hadrons

Two beams of subatomic particles called "hadrons" -- either protons or lead ions -- travel in opposite directions inside the circular accelerator, gaining energy with every lap.

JournalStar.com - News Articles 2009

Similarly, Kantorovich (2003) argues that the symmetries of the strong force are ontologically prior to the particles that feel that force, namely the hadrons, and likewise for the symmetries of the so-called ˜grand unification™ of particle physics in the standard model.

Structural Realism Ladyman, James 2009

They always form alliances (called hadrons), and, well, they work best in threesomes.

Ace Quantum Mechanics — the Reality TV Way John Pavlus 2008

Gell-Mann would soon receive the Nobel Prize for his discovery of the concept of quarks, then thought to be the inner constituents of the family of elementary particles called hadrons which include the proton and neutron.

Euclid’s Window Leonard Mlodinow 2001

Gell-Mann would soon receive the Nobel Prize for his discovery of the concept of quarks, then thought to be the inner constituents of the family of elementary particles called hadrons which include the proton and neutron.

Euclid’s Window Leonard Mlodinow 2001

Gell-Mann would soon receive the Nobel Prize for his discovery of the concept of quarks, then thought to be the inner constituents of the family of elementary particles called hadrons which include the proton and neutron.

Euclid’s Window Leonard Mlodinow 2001

To find sub-atomic particles, it is necessary to collide other particles together at high energies using a machine such as the £5bn Large Hadron Collider, which accelerates sub-atomic particles called hadrons at 99.9999991 per cent of the speed of light.

The Independent - Frontpage RSS Feed 2011

Instead they join together by the strong force into bound states called hadrons, which include the proton and the neutron.

physicsworld.com: all content 2010

Instead they join together by the strong force into bound states called hadrons, which include the proton and the neutron.

physicsworld.com: all content 2010

All in all we know three elementary forces: electromagnetic force: it makes charged particles attract or reject each other strong force: it binds quarks to bunches of two or three called hadrons (which makes the proton a hadron) weak force: it allows some particles to transform into certain different ones, therefore allowing phenomena like the radioactive beta decay of atoms

unalog 2008