hackerspace-adelaide.org.au
Hackerspace Adelaide | A place to hack together projects, software & hardware.
http://hackerspace-adelaide.org.au/blog
A place to hack together projects, software and hardware. Adelaide IoT Hackthon 2016 “Making something that matters”. April 24, 2016. And Smart City Studio. Launched Adelaide’s first Internet of Things (IoT). Hackathon on Friday night 22nd April 2016. InDaily City Mag writes:. The Internet of Things comes alive in Adelaide. 22nd April 6:30pm, launching Adelaide’s first Internet of Things (IoT) Hackathon. More picture of the event on our facebook page – click here. 8221; on the 23rd April 2016. The IBM Gl...
cosmicray.com.au
Other Projects | Cosmic Ray Astronomy
http://cosmicray.com.au/other-projects
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Other interesting sites about Cosmic Rays and Detector projects:. Mobile Neutrino Lab makes its debut. Carbon Hydrogen AntiNeutrino Detector with a Lithium Enhanced Raghavan-optical-lattice detector. The Mystery Machine for particles hits the road. Buzz Blog: Exploring Cosmic Rays Through the Shadows. Simplified four colour cos...
cosmicray.com.au
Building a cosmic ray detector | Cosmic Ray Astronomy
http://cosmicray.com.au/building-a-cosmic-ray-detector
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Building a cosmic ray detector. The basics required for a cosmic ray (muon) detector are:. At least two detectors which can measure ionizing radiation. A jig to hold detectors one above the other. Some non-ferrous shielding to go between the detectors. Electronics to monitor coincidence between the two or more detectors.
cosmicray.com.au
Cosmic Ray Pixel Hodoscope | Cosmic Ray Astronomy
http://cosmicray.com.au/building-a-cosmic-ray-detector/cosmic-ray-hodoscope
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Cosmic Ray Pixel Hodoscope. From the Greek “hodos” for way or path, and “skopos:” an observer) it is a type of detector commonly used in particle physics that make use of an array of detectors to determine the trajectory of a particle. This detector measures muons. With an array of Geiger Müller tubes. Arduino Mega 2560 R3.
cosmicray.com.au
Basic Cosmic Ray Detector Circuit | Cosmic Ray Astronomy
http://cosmicray.com.au/basic-cosmic-ray-detector-circuit
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Basic Cosmic Ray Detector Circuit. The circuit design below is a low-cost reliable cosmic ray (muon) detector using Geiger Müller Tubes. The output of the detector is a 5V ttl pulse, each time a cosmic ray (muon) is detected. This can be easily adapted for use with counters, Arduino, sound cards and other data loggers . Is bias...
cosmicray.com.au
What is a Cosmic Ray? | Cosmic Ray Astronomy
http://cosmicray.com.au/what-is-a-cosmic-ray
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. What is a Cosmic Ray? A Cosmic Ray is an energetic particle originating from deep space that hit the earth’s atmosphere at very high-velocity 30km above the Earth’s surface. Natural interstellar events on earth. Muons created by the interaction of cosmic rays and our atmosphere lose their energy gradually. Muons start with ...
cosmicray.com.au
Cosmic Ray Drift Hodoscope | Cosmic Ray Astronomy
http://cosmicray.com.au/drift_hodoscope
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Cosmic Ray Drift Hodoscope. This project was developed prior to the Cosmic Ray Pixel Hodoscope. As an experiment to see if a multilayered array of Geiger Müller Tubes (GMT). Could track and ionizing particles as they passed through. The result is an interesting display demonstrating how cosmic rays. What is a Cosmic Ray? Cosmic...
cosmicray.com.au
Electromagnetic Cascade | Cosmic Ray Astronomy
http://cosmicray.com.au/electromagnetic-cascade
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Above is a cloud chamber. Photograph (MIT cosmic ray group) of a particle traversing a series of brass plates demonstrates that a single particle can indeed give rise to multiple secondary particles. Are known to have energies well over 10. Far higher than the 10. That subsequently decay into muons. High-energy electrons and po...
cosmicray.com.au
Detecting theory | Cosmic Ray Astronomy
http://cosmicray.com.au/how-to-detect-a-cosmic-ray
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. When a cosmic ray. Hits other atoms in our atmosphere they are smashed into showers of elementary particles that rain down onto the earth’s surface. Most of these particles decay by the time they reach sea level or are very difficult to detect such as the neutrino. But some elementary particles such as a muon. Consequently, at ...
cosmicray.com.au
Detector considerations | Cosmic Ray Astronomy
http://cosmicray.com.au/how-to-detect-a-cosmic-ray/detecting-muons
What is a Cosmic Ray? Cosmic Ray induced radio emission. Building a cosmic ray detector. Basic Cosmic Ray Detector Circuit. Cosmic Ray Pixel Hodoscope. Cosmic Ray Drift Hodoscope. Created by the interaction of cosmic rays. And our atmosphere lose their energy gradually by ionisation of the material through which they pass. As they start with high energies they have the capacity to ionise many atoms before their energy is exhausted. Consequently, coincidence detection. In other words placing detectors tha...
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