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Welcome to the Nuclear Physics research group.


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Our research The members of our group at The University of Manchester pursue a range of research interests within the field of Nuclear Physics. Explore our research areas.

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Postgraduate opportunities Opportunities for postgraduates are available across our areas of research and include PhD and MSc by Research qualifications. Find out more and request your prospectus. People Our team of academics, researchers and support staff collaborate on internationally respected research. That is to say, while they possess charge, spin, mass, magnetism , and other complex characteristics, they are nonetheless regarded as pointlike.

Leptons e. Baryons e.

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Like quarks, each lepton has an antiparticle with properties that mirror those of its partner the antiparticle of the negatively charged electron is the positive electron, or positron ; that of the neutrino is the antineutrino. In addition to their electric and magnetic properties, quarks participate in both the strong force which binds them together and the weak force which underlies certain forms of radioactivity , while leptons take part in only the weak force. Most of the possible quark combinations, or hadrons, have very short lifetimes, and many of them have never been seen, though additional ones have been observed with each new generation of more powerful particle accelerators.

The quantum fields through which quarks and leptons interact with each other and with themselves consist of particle-like objects called quanta from which quantum mechanics derives its name.


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The first known quanta were those of the electromagnetic field ; they are also called photons because light consists of them. A modern unified theory of weak and electromagnetic interactions, known as the electroweak theory , proposes that the weak force involves the exchange of particles about times as massive as protons. Quarks are said to come in three colours—red, blue , and green.

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The opposites of these imaginary colours, minus-red, minus-blue, and minus-green, are ascribed to antiquarks. The gluons and quarks themselves, being coloured, are permanently confined deeply bound within the particles of which they are a part , while the colour-neutral composites such as protons can be directly observed.

One consequence of colour confinement is that the observable particles are either electrically neutral or have charges that are integral multiples of the charge of the electron. A number of specific predictions of QCD have been experimentally tested and found correct. Article Media. Info Print Print.


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Table Of Contents. Submit Feedback. Thank you for your feedback. Introduction The scope of physics Mechanics The study of gravitation The study of heat, thermodynamics, and statistical mechanics First law Second law Third law Statistical mechanics The study of electricity and magnetism Optics Atomic and chemical physics Condensed-matter physics Nuclear physics Particle physics Quantum mechanics Relativistic mechanics Conservation laws and symmetry Fundamental forces and fields The methodology of physics Relations between physics and other disciplines and society Influence of physics on related disciplines Influence of related disciplines on physics The physicist in society.

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Nuclear physics This branch of physics deals with the structure of the atomic nucleus and the radiation from unstable nuclei.