PH1530 - Relativity and Quantum Physics

Autumn term 2004/05


overview

assessment

in-class tests

problem sheets

learning outcomes

contact info

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teaching

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Course overview

  • Breakdown of classical physics: stability of atoms, discrete spectra, continuous spectra, photoelectric effect, Compton scattering electron diffraction.
  • Quantum mechanics: matter waves, particle in a box, interpretation of wave function, correspondence principle, transitions between states, quantisation of angular momentum, Bohr model. Schroedinger's equation and solutions, tunnelling. Uncertainty principle, spin, exclusion principle, quantum numbers.
  • Electrons: thermionic effect, cathode rays, Thomson's measurement of e/m, Millikan's experiment.
  • Atomic structure: Thomson's model, Rutherford scattering, the nucleus, the strong force, radioactivity and radiation.
  • Particle Physics: fundamental particles, quarks and leptons, the four forces, the Standard Model.
  • Special relativity: Lorentz contraction, time dilation, twin paradox, relativistic mechanics.


    • The course is based on the textbook "University Physics with Modern Physics" by Young and Freedman.

    The course is shared between two lecturers. Prof Grahame Blair will teach the sections on Breakdown of Classical Physics and Quantum Mechanics, and Dr Pedro Teixeira-Dias will teach the sections on Electrons, Atomic Structure, Particle Physics and Relativity.

    There are three lectures a week: Tuesday 10h-11h (HLT1), Friday 12h-13h (HLT1) and Friday 14h-15h (HLT1)

    Assessment

    • Coursework - 10% (five problem sheets)
    • In-Class Tests - 30% (two tests)
    • Exam - 60% (two-hour examination)

    In-Class Tests

    Each test is worth 15% of the final mark. Attendance of the tests is compulsory.
    For more details see the information handed out at the beginning of the year.

    In-Class Test 1 will be on Tuesday 26th Oct. at 10h, in HLT1

    In-Class Test 2 will be on Friday 26th Nov. at noon, in HLT1

    Problem Sheets

    Learning outcomes

    The learning outcomes for the various sections of the course are available below. References to the relevant sections in the textbook (11th Edition) are included.

    Breakdown of Classical Physics, Quantum Mechanics, Electrons, Atomic Structure, Particle Physics, Relativity.

    Contact info

      Office e-mail Phone
    Prof Grahame Blair Wilson 259 GAB 01784-44 3513
    Dr Pedro Teixeira-Dias Wilson 260 PTD 01784-44 3453

    Other links