Events1st Electronic Conference on Universe
Published
This submission belongs to the session S9. Teaching Relativity and Modern Physics in General of the event 1st Electronic Conference on Universe
Published date
22 Feb, 2021
Citation
Lorenzo Galante, Particle Hunters. Special Relativity as a tool for discovery in Particle Physics, in Proceedings of 1st Electronic Conference on Universe, 22 February–28 February 2021, MDPI: Basel, Switzerland, doi: 10.3390/ECU2021-09325
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Particle Hunters. Special Relativity as a tool for discovery in Particle Physics

1. Politecnico of Torino, Italy
Abstract

Special Relativity is a fundamental tool for the analysis of collision events in Particle Physics. This gives the opportunity to create educational environments in which interactions between theory and experimental data occur. An opportunity whose potentiality is worth exploring. An interactive application to analyse a collision between particles is presented as a tool that opens a mystery students have to solve using Special Relativity as an inquiry tool. As in a Role Play Game students are introduced into an environment they have the empathise with. They are asked to play the role of a particle physicist, to analyse a collision between a pion and an Helium nucleus and to solve the mystery that arises from their analysis: momentum seems not to be conserved. Will they have to dismiss the conservation law or start the hunt for an undetected particle responsible for the missing momentum? As in many Role Play Games, the participants have special powers or attitudes. Here the special power comes from Einstein's energy-momentum-mass relation, which will be the magic wand leading students toward the solution of the puzzle. “Particle Hunters” is an educational environment designed to promote a deeper understanding of specific aspects of Special Relativity and to foster empathy and critical thinking along the learning process.

Keywords
Particle Physics
Special Relativity
Energy
Mass
RPG
empathy
Manuscript
Interactive applications to teach the Einstein's Energy-Momentum-Mass relation in the secondary school.
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