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quantum information PhD Projects, Programmes & Scholarships
We have 118 quantum information PhD Projects, Programmes & Scholarships
We have 118 quantum information PhD Projects, Programmes & Scholarships
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PhD in Engineering - On-chip single-photon sources for quantum information technology applications
Non-classical optical sources emitting single photons are required for applications in quantum information science. Quantum cryptography, for instance, exploits the fundamental principles of quantum mechanics to provide unconditional security for communication. Read more
PhD in Engineering: On-chip single-photon sources for quantum information technology applications
Non-classical optical sources emitting single photons are required for applications in quantum information science. Quantum cryptography, for instance, exploits the fundamental principles of quantum mechanics to provide unconditional security for communication. Read more
Scalable cavity quantum electrodynamics
Research Group:
Inorganic Semiconductors
Single photons are ideal carriers of quantum information but typically interact weakly with each. other. To exploit the effective photon-photon interactions that lie at the heart of many quantum. Read more
Analysing Security vulnerabilities in Hybrid Quantum/Post-quantum Cryptography systems (funded by the Quantum Communications Hub as part of the UK National Quantum Technologies Programme)
The realisation of a large-scale quantum computer is going to completely break the security infrastructure we rely on today as Quantum algorithms can break the widely used RSA and ECC families of Public Key Cryptography (PKC). Read more
Realising Engines in the Quantum Regime with Single Atoms
It has been recently realised that new scientific and technological opportunities arise from the combination of quantum mechanics and thermodynamics. Read more
End-to-End Dynamic and Entanglement based Quantum Networking
Quantum communication technologies have substantially progressed over the last decade to allow point-to-point (p2p) quantum secure communication. Read more
PhD studentship on the Developing and Operating a Trapped Ion Quantum computer Prototype
We recently invented a method where quantum gates with trapped ions are executed by the application of voltages to a microchip in the presence of a few global radiation fields analogous to the operation of transistors in a classical computer. Read more
Quantum photonic integrated circuits operating at cryogenic temperatures
Start date. Open-ended. Duration. 3.5 yrs. Description. Photonic Integrated Circuits (PICs) have developed rapidly over the last decade, enabling the miniaturisation of optical systems onto a single chip. Read more
PhD in Engineering: Quantum biology on a chip: investigating the optical properties of single biomolecules within nanofabricated photonic devices
The progress in fundamental science and technology has allowed researchers to explore intriguing, but often elusive, quantum effects in atoms, ions and semiconductor nanostructures. Read more
Quantum physics and technologies of germanium low-dimensional structures
Quantum physics and technologies of germanium low-dimensional structures. Supervisor. Dr Maksym Myronov, Department of Physics, The University of Warwick, UK. Read more
EPSRC Centre for Doctoral Training in Delivering Quantum Technologies
Quantum technologies involve control and manipulation of quantum states to achieve results not possible with classical matter, transforming measurement, communication and computation. Read more
PhD opportunities in Mathematics at Brunel University London
Are you ready to address problems of real biological or engineering importance? Or perhaps investigate the underlying mathematical and phenomenological processes of societal issues?. Read more
Optimised colour centre control for diamond quantum technologies
The development and implementation of quantum communication networks enables the possibility of deterministically secure links between remote nodes and is a necessary step in the realization of distributed quantum computing. Read more
Ideal quantum turbulence in planar Bose-Einstein condensates
Ideal quantum turbulence in planar Bose-Einstein condensates involves self-organisation of vortices into macroscopic Onsager vortices associated with negative temperatures. Read more
Simulating black holes and quantum gravity with optical lattices
Research Group:
School of Physics and Astronomy
Unlike the fundamental forces of the Standard Model, such as electromagnetic, weak and strong forces, the quantum effects of gravity are still experimentally inaccessible. Read more