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The information below is subject to change as more event tips and details are included. Please monitor this page regularly. Event Description:
Colliding Beams In this activity students will simulate a high-energy physics colliding-beams experiment, such as those done by UM researchers at the FERMI Lab accelerator near Chicago. In these experiments a beam of high energy protons is collided head on with a similar beam of anti-protons (a form of antimatter). The two protons annihilate each other into pure energy which than can then via E=mc^2 create many new types of particles. This was the method used by UM researchers and their collaborators to discover the “top” quark , the last of the 6 basic quarks (see: http://www.fnal.gov/pub/inquiring/physics/discoveries/top_quark.html ). We will simulate such collisions by having students at opposite ends of a long hallway launch large hovering pucks at each other for a near head-on collision. The goal is to scatter each puck off to 90 degrees (i.e., in a direction perpendicular to the incident “beam” directions). Markers set at regular angular intervals (for example at 10 degree intervals) will be used to judge the accuracy of collision. Pucks are available from many vendors! Event Location and Time:
Apparatus and Materials: During the competition we will supply:
Event Rules:
Judging Criteria:
The Total Team Score = [3 x (score per trial) x 0.70] + [(quiz score) x 0.30] Gold, Silver, and Bronze Medals will be awarded to the teams with the highest three scores, respectively.
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