ITW2018 Study groups FINAL REPORTS CONTENTS SG1 Medical applications of particle physics 3 SG2 Particle accelerators 6 SG3 Particle detectors 10 SG4 Computing in particle physics 14 SG5 Data analysis in particle physics 21 SG6 Antimatter research 27 SG7 Engineering in particle physics 30 SG8 Astroparticle physics 35 SG9 Exotic physics 38 Geneva, August 2018 | indico.cern.ch/e/ITW2018 $2 SG1 | Medical applications of particle physics Nnana Thomas1, Ali Hassan2, László Varnai3, Sonia López Moreno4, Fran Cortés Ortega5 1 The apostolic missions schools, Kano, Nigeria |
[email protected] 2 Angels International College, Faisalabad, Pakistan |
[email protected] 3 Padanyi, Veszprem, Hungary |
[email protected] 4 IES Arcipreste de Hita, Azuqueca de Henares (Guadalajara), Spain |
[email protected] 5 Laude BSV, Vila-real (Castellón), Spain |
[email protected] Curriculum & classroom connections Nigeria Pakistan Hungary Spain Classroom Medical connexions applications named throughout the curriculum and studied the previous years before going to the University. 12-13 years old Atom, Nucleus, X- Atoms, nucleus, -Atom, nucleus, -Cancer Ray, X-tube. subatomic particles subatomic particles Medical Application (p, e, n). Discovery (p, e, n), nuclear 13-14 years old of X-Ray. Safety of protons, physics, X-rays, -Atomic models, Precautions neutrons and radioactivity and electron, neutron. Electrons, , decays, -Medical Radioactivity and photoelectric effect, applications 14-15 years old decays, Alpha, weak interactions. -Cancer, DNA Beta and Gamma Particles and their 15-16 years old properties, Nuclear -Mutations and Fission and Fusion cancer, DNA reactions. 16-17 years old -Electrostatic forces $3 17-18 years old Atom, Nucleus, X-Ray and Its -Medical - Mutations and Proton,X-Ray, medical applications (X- cancer.