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Controlled Quantum Dynamics at Imperial College

Imperial College London offers a postgraduate course in Controlled Quantum Dynamics. The Department of Physics is an interdisciplinary Doctoral Training Centre on controlled quantum dynamics offering a four-year PhD. The first year of this programme leads to an MRes. However, self-funded students may take the MRes by itself as a twelve-month full-time course.

Recent experimental and theoretical advanced indicate that students are able to apply a degree of control over individual quantum systems and to deterministically prepare and influence groups of interacting quantum systems. Employing these techniques to bear upon fundamental physics and practical applications classify the growing field of controlled quantum dynamics.

The MRes degree offers a complete grounding in this rewarding field. Experimental realizations incorporate cold trapped ions and neutral atoms, photonic and superconducting qubits. The focus is on multi-particle coherence and entanglement properties, read-out and control. This is essential knowledge to a wide range of modern fundamental research and modern technologies through industrial applications such as communication and time measurements. A major feature of the course is its focus on theory and experiment, helping students to enter avenue of research.

The fully-funded, four-year studentships are accessible for UK and EU students ordinarily resident in the UK for minimum three years earlier to the start of the grant. This funding is for students who are attending to study on for a four-year PhD only. Additionally, the college welcomes applications from suitably qualified, self-funded students for either a four-year PhD or the twelve months MRes. The typical entrance requirement for eth MRes or the PhD is a first class Honours degree or equivalent in engineering or physical sciences.

The teaching of the MRes includes five core and two optional modules. Subsequently, there is a six-month research project. The teaching includes a mix of lectures, problem classes, directed reading, seminars and computational exercises laboratory work. The evaluation of the taught courses in by a fine combination of written exams and coursework and the research project is evaluated through a thesis and an oral presentation.

Core Modules:

  • Quantum information theory (term 1)
  • Mathematical and computational methods (term 1)
  • Quantum physics and chemistry of cold matter (term 2)
  • Quantum and non-linear optics (term 1)
  • Experimental realizations of the controlled quantum dynamics (term 2)

Optional Modules: modules can be chosen from either the MSc courses in Quantum Fields and Fundamental Forces and in Photonics and Optics or from a broad range of final year undergraduate courses. The MRes draws upon the research potency at Imperial College London in a broad range of topics within the typical envelope of controlled quantum dynamics.

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