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In nuclear physics and particle physics, the weak interaction, weak force or the weak nuclear force, is one of the four known fundamental interactions, with the others being electromagnetism, the strong interaction, and gravitation.

Nov 6, 2024 · Learn about the weak interaction for A Level Physics. This revision note covers W bosons, beta decay, electron capture and electron-proton collisions.

Weak interactions occur for all fundamental particles except gluons and photons. Weak interactions involve the exchange or production of W or Z bosons. Weak forces are very short-ranged. In ordinary matter, their effects are negligible except in cases where they allow an effect that is otherwise forbidden.

Weak interactions base on transitions e− → νe, d → u and similar. Natural to group the leptons and quarks into νe u. each with isospin |1 2, ±1 2i for upper/lower entries. Gauge fields carry isospin, namely W ± : |1, ±1i and W 0 : |1, 0i.

The weak nuclear force (also known as the weak interaction) affects all particles. It has the smallest range of any of the forces, acting over a distance of up to 10^ {-18} \: \text {m}.

The W and Z particles are the exchange particles associated with the nuclear weak interaction. They interact strongly with the Higgs field and therefore have large masses and short ranges. The extremely small neutrino mass suggests a very weak if non-zero interaction with the Higgs field.

Aug 9, 2000 · The force between two objects can be described as the exchange of a particle. The exchange particle transfers momentum and energy between the two objects, and is said to mediate the interaction.

2 The Weak Interaction (1) The weak interaction is responsible for radioactive decays. It is characterised by long lifetimes, and small cross sections. All fermions feel the weak interaction. When present, though, strong and electromagnetic …

Which is an exchange particle for the weak interaction. A particular baryon has a quark structure dss and decays by the weak interaction. What are possible decay products of this baryon? The quark structure of Λ0 is uds. A muon and an antimuon annihilate to produce the minimum number of photons. What is the maximum wavelength of the photons?

The exchange particle of the electromagnetic force is called a 'virtual photon' (virtual because they only exist for a very short time). The weak nuclear force has three exchange particles: the W +, W - and Z 0 bosons.