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KTS Parental Bulletin 23rd March 2017

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Year 12 Physics Trip<br />

On Friday the Third of <strong>March</strong>, <strong>2017</strong>, The Knights Templar school joined 6 other schools and members of the public<br />

to receive a tour around the ISIS particle accelerator. Rowan Gray gives his account of the day.<br />

To start the day, we were shuffled into a tall lecture hall. There were no wooden pews and broad, square tables<br />

here- instead, there were rows of gently coloured seats lit by warm lights. The hall had a theatre-feel to it. After a<br />

quick introduction; we were promptly briefed on the history of particle accelerators. The professor taught us the<br />

journey particle physics had taken, from a tall steel pipe with a man in a box- to the 27 kilometre super synchrotron,<br />

A.K.A; the LHC- in Geneva.<br />

Afterwards, we were given a lecture about the standard model, a ‘periodic table’ of fundamental particles; in which<br />

he explained the four fundamental forces, the difference between bosons, leptons and force carriers, and how to<br />

detect gravitational waves.<br />

Later on the tour, we were shown the ISIS particle accelerator, as opposed to<br />

the diamond light source synchrotron. Both essentially do the same thing in a<br />

different way- accelerating particles at test objects to determine their properties<br />

under a variety of conditions. The difference is the Diamond light source<br />

uses x-rays, while ISIS fires neutrons at the target material.<br />

Following this was an activity where we viewed computer generated images<br />

from atlas, a machine which detects particles at Cern. We saw the particle trails<br />

and were tasked with finding certain decays of bosons into<br />

The run up to the target area where the<br />

neutrons are accelerated<br />

their fundamental components. As an extra challenge, the staff had hidden a higgs boson decay<br />

among the snapshots. The group who “discovered” it first were to win a prize, which<br />

turned out to be LHC holographic viewers and postcards.<br />

Then we returned to the lecture hall to be greeted by another professor who talked about his<br />

experiences at CERN and explained why the higgs boson why so important.<br />

On the tour of ISIS by one<br />

of their engineers, just in<br />

front of the target area.<br />

Overall the trip was truly eye-opening, seeing physics being applied for real life rather than being<br />

a theoretical study. I may even go as far to say that I might want to work at a place like this<br />

someday.<br />

During the tour of ISIS with one of their scientists,<br />

explaining some of the physics that goes<br />

on there<br />

The hunt for Higgs is on!

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