
Particle Physics, Atomic-Nuclear, Gravitation, Cosmology

Particle Physics, Atomic-Nuclear, Gravitation, Cosmology

Particle Physics, Atomic-Nuclear, Gravitation, Cosmology

Particle Physics, Atomic-Nuclear, Gravitation, Cosmology
News article on
Thanks to five successful editions, the Beamline for Schools (BL4S) competition that offers highschool students the chance to conduct a real experiment at a real research laboratory has become a very popular science competition that has so far motivated almost 10,000 students to learn about particle physics.
In 2019, the accelerators at CERN are going into a scheduled maintenance and upgrade break of two years. In order to continue BL4S, CERN is collaborating with DESY in Hamburg, Germany. DESY is a world-leading accelerator centre and Germany's national laboratory for particle physics, accelerators and photon science. It offers particle beams and infrastructure that allow for a very wide range of experiments in particle physics, detector development, and multidisciplinary science.
The Beamline for Schools competition remains open to teams of at least five high school students aged 16 and up with at least one adult supervisor, or “coach”. Think of a simple, creative experiment and submit your written proposal and short video by 31 March 2019. Previous winners have investigated the structure of the pyramids, looked for particles that no-one has seen before, or have developed their own particle detector. What would you do?
Prizes: All participants receive a certificate. Short-listed teams win a BL4S T-shirt for each team member, a cosmic-ray detector (CosmicPi) for the school, and – for some – the chance to visit a nearby physics laboratory. For the winning teams, nine members and up to two adult coaches
Registration: http://cern.ch/bl4s
Any other questions? For many countries, experienced scientists have offered to help the teams in their native language:
https://cern.ch/bl4s/contact
In case your country or language is not listed or if you have general comments, suggestions, or organisational questions, please contact us directly at bl4s.team@cern.ch.
La xerrada, dividida en dues parts d'una hora cadascuna, començarà fent una introducció al CERN, als detectors de partícules en general i, en particular als detectors anomenats híbrids.
The first training day of the course Activities with Medipix detectors to investigate Radiation in the classroom, (ADMIRA project) took place on the past Friday, January 10, at the Aula Magna of the Faculty of Physics.
Neutrinos are the most elusive elementary particles in nature: each second we are traversed by trillions of neutrinos, even though in our entire lifetime just one of them will interact with our bod
Neutrinos are the most elusive elementary particles in nature: each second we are traversed by trillions of neutrinos, even though in our entire lifetime just one of them will interact with our bod
Catalan translation made at ICCUB of the video The bottle to bang, a description of the route of the protons at CERN, from the hydrogen cylinder, to the Large Hadron Accelerator (LHC), thr
Model of the LHCb made by the Grau Alcázar workshop, under the supervision of the group on particle physics at Universitat de Barcelona.
Presentation of the practical exercice of workshop on particle physics.