Mathematical Physicists during Lancaster are concerned in a £4.5m plan to examine impassioned earthy phenomena in laboratories so little that their diameters are homogeneous to one tenth of a breadth of a tellurian hair.
These “laboratories” are a little froth that route a high-power laser beat as it scythes by a plasma.
Using plasma froth as laboratories for exploring elemental production is a new concept, and a plan could eventually lead to improvements in medical imaging and industrial processes.
The work being undertaken during Lancaster is partial of a EPSRC-funded “Lab in a bubble” plan led by Strathclyde University. The Lancaster bid is led by Dr Jonathan Gratus, Dr David Burton and Prof Robin Tucker, and their categorical purpose is to residence elemental questions concerning a poise of matter in impassioned conditions.
Dr Burton said: “It is really sparkling to be partial of a plan that is so wide-reaching in a implications. The operation of intensity applications of a work, associated with a event for elemental research, is staggering. From a broader perspective, laser-plasma production is a flourishing area during Lancaster and we are gratified to acquire Prof Alec Thomas and Dr Louise Willingale to a Physics Department.”
Dr Gratus remarkable that “The heated fields generated in a plasma burble give a approach of contrast electrodynamics in an impassioned environment, where existent models might mangle down. we demeanour brazen to questioning choice models”.
Professor Tucker said: “This appropriation offers us serve opportunities to rise and exam new ideas in exemplary and quantum electrodynamics in a context of high-intensity laser-plasma interactions”.
The other UK universities concerned in “Lab in a bubble” are St Andrews and Glasgow, and a plan is upheld by a Cockcroft Institute of Accelerator Science and Technology as good as countless general partners including a Extreme Light Infrastructure (ELI).
Source: Lancaster University