Linked from

The 88 pages that link to Proton, each with the reason it gives.

• IsotopeBroader topic: An isotope retains the same proton count as other atoms of its element.

• Chemical elementBroader topic: Changing the number of these particles changes the element.

• Quantum chromodynamicsBroader topic: Its mass and internal structure emerge largely from QCD dynamics.

• Nuclear binding energyBroader topic: Protons are among the constituents that must be separated to dismantle a nucleus.

• Atomic nucleusBroader topic: Its number in a nucleus determines the element’s atomic number.

• Lewis acidBroader topic: A proton is a Lewis acid because it accepts a lone pair, but Lewis acids need not be protons.

• Brønsted–Lowry acid–base theoryBroader topic: The theory’s acid–base role is defined by donation or acceptance of this particle.

• GluonBroader topic: It is a familiar hadron whose internal binding depends on gluons.

• Nuclear physicsBroader topic: Its charge helps determine nuclear composition and the electromagnetic repulsion nuclei must overcome.

• HadronBroader topic: The proton is a familiar hadron and the nucleus of ordinary hydrogen.

• Strong interactionBroader topic: Its internal quarks are bound by the fundamental interaction.

• Quark modelBroader topic: Its charge and quantum numbers follow from its valence-quark assignment.

• Atomic massBroader topic: Proton number identifies an element and contributes to its atomic mass.

• BaryonBroader topic: It is the lightest stable baryon and a constituent of atomic nuclei.

• ProtonationBroader topic: Protonation names the addition of this particle, often transferred in solvated form.

• Carbon-12Broader topic: Six protons give carbon-12 its atomic number and elemental identity.

• NucleonBroader topic: One of the two kinds of nucleons; its positive charge shapes nuclear structure.

• AtomBroader topic: An atom’s number of protons defines which chemical element it is.

• Charged particleBroader topic: It provides a familiar example of positive charge carried by a particle.

• Proton decayBroader topic: It is the particle whose hypothetical transformation defines proton decay.

• BasicityBroader topic: Proton acceptance is the defining event measured by basicity.

• Strong nuclear forceBroader topic: Protons are nuclear constituents whose mutual electric repulsion the strong force must overcome.

• Brønsted–Lowry acidBroader topic: The acid's defining donation is the transfer of this particle.

• Baryonic matterBroader topic: Protons supply the nuclei in hydrogen, the universe’s most abundant element.

• Hydrogen ionBroader topic: For ordinary hydrogen, losing the sole electron leaves a bare proton.

• Parton modelBroader topic: The proton was the principal target in the experiments that established the model.

• Brønsted–Lowry baseBroader topic: It is the particle a Brønsted–Lowry base accepts.

• ProtiumBroader topic: The sole constituent of protium’s nucleus is one proton.

• Robert HofstadterBroader topic: Hofstadter’s later scattering studies measured the proton’s finite size and internal charge distribution.

• Helium atomBroader topic: The two protons define helium’s atomic number and positive nuclear charge.

• Subatomic particleBroader topic: It is a familiar composite subatomic particle, unlike elementary constituents such as electrons.

• Cosmic rays and astroparticlesBroader topic: Protons make up most primary cosmic rays measured near Earth.

• Hadron eraBroader topic: Protons were among the baryons left over after most matter–antimatter pairs annihilated.

• Henry Way KendallBroader topic: The proton was one of the nucleons probed in the Stanford scattering experiments.

• History of subatomic physicsBroader topic: Identifying the proton clarified the positive charge concentrated in atomic nuclei.

• Jerome Isaac FriedmanBroader topic: Protons were the principal targets in the experiments Friedman helped conduct.

• List of particlesBroader topic: It is a familiar baryon and a stable constituent of atomic nuclei.

• Nucleon magnetic momentBroader topic: Its positive magnetic moment is the best-known nucleon example.