Linked from

The 14 pages that link to Antiproton, each with the reason it gives.

• ProtonCompared with: Its negative charge distinguishes it from the positively charged proton.

• PositronRelated: It is another common antiparticle, but unlike the positron it is composite.

• AntimatterBroader topic: Its discovery in 1955 extended antimatter beyond the lightest known example.

• AntiparticleBroader topic: Its discovery established that composite particles also have antiparticles.

• SynchrotronBroader topic: Its discovery at the Bevatron demonstrated the scientific reach of high-energy synchrotrons.

• Emilio SegrèBroader topic: Segrè and Chamberlain identified this particle in accelerator-produced collision products.

• AntiquarkBroader topic: It is the familiar baryon built from three antiquarks.

• AntihydrogenRelated: It supplies antihydrogen’s nucleus and must be combined with a positron.

• BevatronBroader topic: Bevatron experiments established the antiproton's existence in 1955.

• TevatronNarrower topic: Producing and cooling antiprotons was a central challenge in creating the collider.

• AntineutronRelated: Like the antineutron, it is an antibaryon made of antiquarks.

• Owen ChamberlainBroader topic: It was the particle Chamberlain and Segrè identified in their 1955 experiment.

• Simon van der MeerRelated: Cooling antiprotons made the high-energy proton–antiproton collisions central to his work possible.

• Exotic atomRelated: It can replace an electron in a bound atom and later annihilate with nuclear matter.