OK, this is about the place where the very hot meets the intensely cold, where the big sits alongside the extremely small … and where science meets art. Collider is about some of the hardest yet most fascinating concepts in nature, distilled through the imaginative perspective of the human mind.
It’s not easy depicting something the size of the London Underground’s Circle Line, with magnets the size of a house, in a museum space not much bigger than a gym. And it’s just as hard to visualise the events that take place when one subatomic proton travelling at 99.9999991 per cent of the speed of light hits another travelling at the same speed in the opposite direction.
But it works. The Collider exhibition at the Science Museum gives a very decent impression of what it’s like to get up close and personal with the Large Hadron Collider (LHC) at the European Organisation for Nuclear Research (Cern) in Geneva, probably the most complicated scientific machine on the planet.
If fact, in many ways it is better than the real thing. On the one occasion I actually went to Cern to see the massive circular tunnel where the machine would be built, I came away overawed and frankly confused by the sheer scale of the operation. In a way, it was just too big to take in.
Collider, on the other hand, is a pocket version of the real thing, something that you can absorb and digest without getting a headache at the end of it all. It is a superb introduction to the esoteric world of experimental particle physics.
Collider starts out with a short drama sequence written by playwright Michael Wynne, winner of an Olivier Award for his comedy The Priory.
The dramatisation begins with an actor playing the role of a Cern student who has to present the first definitive LHC results pointing to the existence of the Higgs boson, and finishes with Brian Cox playing a cameo role as Cern’s new boy “Brian”, asked by the control room staff to get the coffees in, which he does with a professional wince at the camera.
From here, the audience can wander at their own speed through a mock tunnel that represents the journey through the LHC, which in reality extends for some 27km underground. You can see the lab-bench notes, the calculations and diagrams that are grist to the brainy mills of the geeks at Cern.
Eventually, you end up in a circular space with a wrap-around screen where a computer-generated video sequence takes you through the LHC as if you were one of those protons travelling at 99.9999991 per cent of the speed of light.
The collision itself, based on real images from the LHC, appears like a magnificent post-modernist painting. Art and science really do collide, with spectacular results.Reuse content