Scholar
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I teach or have taught a variety of courses in physics including classical physics, advanced quantum theory, and advanced physics units on probability and symmetry in physics
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Threads weave a path through the collection of articles. They correspond to a course or part of a course.

A course on quantum measurement theory aimed at MRes and PhD level.

The classical theory for oscillations and waves, and an introduction to quantum wave mechanics. Pitched at a second year university level.

Exploration of the role of probability in various areas of physics

A course on quantum theory, concentrating on the structure of quantum mechanics as a basis of physical theory rather than the quantum physics of particular systems. We take a Hilbert space approach.

Exploration of the role of symmetry in physics. Covering topics from the principle of stationary action, Lagrangians, Hamiltonians and Noether’s theorem.

The physics and mathematics of rotating systems.
Recently updated articles

A closer look at prior distributions

How do you assign actual values to probabilities?

Another of the key tasks of inference is to determine the value of a parameter in a model on the basis of observed data

Model comparison is one of the principal tasks on inference. Given some data, how does the plausibility of different models change? Does the data select out a particular model as being better?

In this workshop, we’ll introduce and examine the consequences of probability theory in various areas of physics. From the meaning of probabilities, to how to reason with incomplete information, model comparison, and parameter estimation. The approach will view probabilities as an extension of logic (i.e. following Laplace, Bernoulli, Cox, Jaynes, etc)

In this workshop, we’ll introduce and examine the consequences of probability theory in various areas of physics. From the meaning of probabilities, to how to reason with incomplete information, model comparison, parameter estimation, and modelling with Bayesian networks. The approach will view probabilities as an extension of logic (i.e. following Laplace, Bernoulli, Cox, Jaynes, etc)

In this workshop, we’ll introduce and examine the consequences of probability theory in various areas of physics. From the meaning of probabilities, to how to reason with incomplete information, model comparison, parameter estimation, and modelling with Bayesian networks. The approach will view probabilities as an extension of logic (i.e. following Laplace, Bernoulli, Cox, Jaynes, etc)

Given that we are interpreting probability as a measure of plausibility, just what is the relationship of probabilities to frequencies?

Find the probability distribution that maximises the entropy subject to requiring some averages to be fixed.

Some consequences of the product rule are explored including the famous Bayes’ rule.