I love art in all its guises. I’m also a computer geek and avid follower of big science. Strange, I know. Thus, when these 3 elements collide metaphorically, though better still literally, I sit up and take notice.
Over the last week the Large Hadron Collider (LHC) finally began its quest to refine our theories of the fundamental constituents of matter and energy. The machine began this journey, perhaps rather inelegantly, by smashing together tiny, innocent particles at unconscionably high velocities. Indeed as I write, there are hundreds of millions of such collisions taking place beneath Swiss and French soil (and despite the doomsayers, I’m still here).
From it’s inception at CERN, the LHC has taken around 20 years to plan, design, construct and test. So for the geeks among us, March 30, 2010 was a very special day. It signaled the start of years of record-breaking, high energy proton collisions and the dawn of a revolutionary era of fundamental research. Over the coming years, scientists aim to use the LHC to test, uncover, extend, validate or refute many of our fundamental theories on why things are the way they are. What makes up elementary particles? How forces behave as they do? Why the universe looks the way it does? Whether there are hidden dimensions? What conveys mass? Do undiscovered particles swim all around us? Is there dark matter and dark energy out there? What were conditions like just an instance after the Big Bang? Do I have a supersymmetric twin? You get the idea.
The LHC is a huge scientific and engineering effort. In fact, the superlatives seem never to end: a collaboration of 10,000 scientists and engineers from over 100 countries, and hundreds of international laboratories and educational institutions; the most complex and largest machine ever constructed; the fastest, the coldest, the hottest, the emptiest environment on the planet; the quickest and most sensitive detectors of energy and motion on earth; the most powerful collection of supercomputers collecting and analyzing the most data anywhere.
And, yet for all the mighty engineering, mind-boggling technology and extreme science, the LHC finds time to give us art as well. Artists Christian Skeel and Morten Skriver in collaboration with physicists Clive Ellegaard and Troels C. Petersen bring us the Colliderscope.
The Colliderscope is an interactive LED-light sculpture wrapped on the front of the Niels Bohr Institute building, in Copenhagen, Denmark. It’s directly connected to one of the LHC’s detectors, known as ATLAS, at CERN. So, as particles collide in the LHC, their tracks and collisions are choreographed on the Colliderscope. The colors, tones and speed of the LED flashes are tied to the events at CERN making the particle accelerator a kind of vast visual musical artwork. Who ever said science is dull and art useless.










