News

2 November 2015

Three million euros for European Plasma Research Accelerator with eXcellence in In Applications (EUPRAXIA) project

The European Union supports the development of a novel plasma particle accelerator with three million euros from the Horizon2020 program. The EU project EuPRAXIA will produce a design study for a European plasma research accelerator focussing on applications of the new technology. Plasma acceleration promises to shrink costs and size of particle accelerators for science, medical applications and industry significantly.

13 October 2015

Condensed Matter Physics is delighted to announce that Mr Han Peng, first year postgraduate student, has been awarded the Arthur H Cooke Memorial prize 2015 for distinguished work by a first year research student in Condensed Matter Physics.

Well done Han.

6 October 2015

ATMOSPHERIC PHYSICS:
Winner: Kylash Rajendran, “The Goal"
Runner up: Nathalie Schaller

OCEANIC PHYSICS:
Winner: Ben Bronselaer
Runner up: Joe Hitchen, “The Pacific Ocean meets Isabela Island"

PLANETARY PHYSICS:
Winner: Peter Read, “Going, going, gone … "
Runner up: Bethan White, "Double exposure of the lunar eclipse taken from Brill”

The winners and runners-up can be viewed in this attachment. The winning photos from each category will also be framed and displayed in the department.

6 October 2015

Congratulations to the prizewinners at the AOPP Retreat! We had a very high standard of talks and posters but the following stood out in particular for presenting novel physics results in a very clear and engaging presentation.

4 September 2015

An exotic particle – the Weyl fermion, has recently been discovered in a compound called tantalum arsenide (TaAs) by an international collaboration of scientists lead by Oxford physicists.

The Weyl fermion is an intriguing chiral massless particle, which was named after the mathematician and physicist, Hermann Weyl in 1930s. Over the past century, it has been the research subject of high energy physicists, and various interesting particles in the universe, including neutrinos, were speculated as Weyl fermions.

2 September 2015

The Physics Department is sad to announce the death of Professor Harry Jones.

Harry, who was 70 in February, joined the department in 1968 and served Oxford Physics for 44 years before formally retiring in 2012. He was well known around the world for his great expertise in superconducting magnets, which formed the basis of high magnetic field work done in the Clarendon Laboratory over very many years. His legacy is kept alive by the newly formed Oxford Centre for Applied Superconductivity.

Our condolences go to his wife Linda, and to his wider family.

17 August 2015

DNA origami is a technique that is used to create nanometre–scale shapes by folding strands of DNA. Writing in the journal Nature, a group of researchers from Condensed Matter Physics, Theoretical Physics and Computer Science at Oxford investigate how DNA origami folds.

14 August 2015

We are delighted to announce that Dr Roger Johnson has been awarded a prestigious Royal Society University Research Fellowship. Dr Johnson has been a post-doc in the Quantum Materials group from November 2010 to June 2015, and he is currently an Instrument Scientist at the ISIS neutron source.

Roger will hold his Fellowship in the Quantum Materials Group at Oxford.

14 August 2015

The Department of Physics is delighted to announce that Prof James Binney, FRS has been awarded the Occhialini medal and prize for 2015. The citation for James' award reads, "For his work on galaxy dynamics, in particular for developing an understanding of how galaxies exchange gas with the intergalactic medium and how this exchange controls the evolution of galaxy morphology."

In 2007 the Italian Physical Society together with the Institute of Physics instituted the Occhialini medal and prize to honor the memory of Giuseppe Occhialini.

29 July 2015

Sir Christopher Llewellyn Smith FRS has been awarded the Royal Society 2015 Royal Medal "for his major contributions to the development of the Standard Model, particularly his success in making the case for the building of the Large Hadron Collider.”

Further details can be found here.