We use apparatus based on two Geiger–Müller tubes, a simple electronic circuit and a Raspberry Pi computer to illustrate relativistic time dilation affecting cosmic-ray muons travelling through the atmosphere to the Earth's surface. The experiment we describe lends itself to both classroom demonstration to accompany the topic of special relativity and to extended investigations for more inquisitive students
The classic experiment on muon decay is proposed in the undergraduate or master physics curriculum, ...
The EEE (extreme energy event) project will study extensive air showers through the detection of the...
There is a growing international interest in implementing special relativity theory (SRT) into pre-u...
Copyright © 2000 Astronomical Society of AustraliaPractical astronomy is usually taught using optica...
High energy particles from deep space are constantly raining down on the earth’s upper atmosphere. ...
Teaching of modern physics requires nuclear and particle detectors that are not always available to ...
A group of high school students (XII Liceum) in the framework of the Roland Maze Project has built a...
We describe a hands-on accurate demonstrator for cosmic rays realized by six high school students. T...
This article describes the design, assembly and characterization of a portable cosmic ray detector, ...
The teaching of Special Relativity is still a critical issue not only for students but also for teac...
A Study of Cosmic Rays Cosmic rays are a form of radiation associated with a group of elementary par...
This presentation will describe the construction of a portable muon detector for education and resea...
Our target is to measure cosmic ray flux at different altitudes, with didactic detector. The detec...
The Extreme Energy Events experiment (EEE) is a cosmic ray observatory made of about 60 muon telesc...
One of the first pieces of evidence for Einstein's theory of special relativity was the apparent det...
The classic experiment on muon decay is proposed in the undergraduate or master physics curriculum, ...
The EEE (extreme energy event) project will study extensive air showers through the detection of the...
There is a growing international interest in implementing special relativity theory (SRT) into pre-u...
Copyright © 2000 Astronomical Society of AustraliaPractical astronomy is usually taught using optica...
High energy particles from deep space are constantly raining down on the earth’s upper atmosphere. ...
Teaching of modern physics requires nuclear and particle detectors that are not always available to ...
A group of high school students (XII Liceum) in the framework of the Roland Maze Project has built a...
We describe a hands-on accurate demonstrator for cosmic rays realized by six high school students. T...
This article describes the design, assembly and characterization of a portable cosmic ray detector, ...
The teaching of Special Relativity is still a critical issue not only for students but also for teac...
A Study of Cosmic Rays Cosmic rays are a form of radiation associated with a group of elementary par...
This presentation will describe the construction of a portable muon detector for education and resea...
Our target is to measure cosmic ray flux at different altitudes, with didactic detector. The detec...
The Extreme Energy Events experiment (EEE) is a cosmic ray observatory made of about 60 muon telesc...
One of the first pieces of evidence for Einstein's theory of special relativity was the apparent det...
The classic experiment on muon decay is proposed in the undergraduate or master physics curriculum, ...
The EEE (extreme energy event) project will study extensive air showers through the detection of the...
There is a growing international interest in implementing special relativity theory (SRT) into pre-u...