Lyn Evans is not a household name, not by a long shot. Most
people have no idea who he is or what he has done; people should definitely
know this man, however. Lyn Evans is the project director for the large hadron
collider at CERN in Switzerland.
This is where Evan’s creativity is shown. There can be absolutely no doubt that he is a big-C creative. With 10,000 scientists collaborating, he led the entire community of physicists, scientists in general, and even the entire world into a new age of scientific discovery. His mastery of physics allowed him to progress from pro-C to big-C rather quickly and to wow the world with new discoveries.
Evans first began his study of physics at Swansea
University, where he got his Ph.D. He then went to CERN as a Research Fellow,
where he eventually was given a full time job and has stayed there since.
His work is relatable to Einstein because Einstein derived
equations from thought experiments (which could not be performed in any physical
capacity on Earth), just as Evans has done. The theories surrounding the LHC
were previously untestable. Evans and his team of scientists made it possible
to test those theories (specifically, String Theory) and give indication as to
whether they are true or false. Ultimately, Einstein posed questions that could
not be demonstrated, and Evans provided a new way to demonstrate physical
phenomena to scientists whose theories were previously indemonstrable.
Although Lyn Evans is currently relatively unknown to the world, it is a name that should be honored. Lyn Evans enabled thousands of scientists to further their research while also satisfying his curiosity about the inner mechanisms of the universe. Evans truly is an innovator, and a physicist to be a proud of.
Works Cited
Gardner, Howard. Creating Minds: An Anatomy of Creativity Seen Through the Lives of Freud, Einstein, Picasso, Stravinsky, Eliot, Graham, and Gandhi. New York: Basic, 1993. Print.
It blows my mind (pun definitely intended) that someone could even begin to envision building 27 kilometers of metallic tubing so far under ground just to have a couple of minuscule particles hit each other. Talk about constructing something that needs big-time funding and doesn't have everyone's approval (very Frank Gehry-esque).
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