As particle accelerators play an ever-expanding role in advancing scientific knowledge, there is a growing imperative to make their operations more sustainable. Read more
Radiation generated by high-energy particle beams is extensively used for beam diagnostics. This radiation originates from the electromagnetic field bound to the charged particle, which separates from the particle itself. Read more
The QUASAR Group, based at the Cockcroft Institute, has pioneered the development of a supersonic gas jet as a non-invasive beam profile monitor. Read more
Particle accelerators are at the heart of groundbreaking research in physics, enabling discoveries that shape our understanding of fundamental forces and particles. Read more
Magnetic properties of materials have been under intense scrutiny for decades, motivated on the one hand by the constant need to improve storage applications to meet the requirements of our modern information society and on the other hand by complex and yet not fully understood fundamental phenomena such their connection to high-T. Read more
In recent years significant technological advancements in quantum control have dramatically improved the ability to manipulate and probe microscopic systems. Read more
During morphogenesis cell size, shape and spatial organization undergo dramatic changes, culminating in the reorganization of form at the tissue level. Read more
Formed in the supernova explosions of massive stars, neutron stars are compact remnants that exhibit extreme gravity, ultra-high densities, fast rotation, and strong magnetic fields. Read more
For more than a century, statistical physics has proved a powerful framework for understanding the behavior of systems made of a large number of particles. Read more
Formed in the supernova explosions of massive stars, neutron stars are compact remnants that exhibit extreme gravity, ultra-high densities, fast rotation, and strong magnetic fields. Read more
This project investigates the phenomenological predictions of algebraic unification models based on Clifford algebras, which have gained significant attention in recent years. Read more
This is an opportunity for a highly-motivated Postgraduate Researcher to join a leading interdisciplinary group tackling one of the most exciting questions in science. Read more
Quasicrystals are rule breaking solids with a pattern that never repeats itself but still long-range ordered, of which Penrose lattice is a paradigmatic example. Read more
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