Detecting Cosmic Ray Mouns
Room A | Tue 21 Jan 10:45 a.m.–11:30 a.m.
Presented by
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Robert Hart
https://cosmicray.com.au/
Robert Hart is the STEM Learning and Programs Officer at the City of Port Adelaide Enfield Libraries, where he offers a wide range of STEM Education and Makerspace workshops for children and adults. His journey into STEM began in his youth when he would repurpose roadside finds into electronic, radio, and mechanical projects. Despite the challenges of dyslexia, Robert’s unyielding curiosity and love for science guided him to a remarkable career in electrical and electronics manufacturing.
Robert's professional path progressed from apprentice and tradesperson to roles such as leading hand, production manager, general manager, and ultimately CEO. His significant contributions to social enterprises are noteworthy, as he was instrumental in launching one of Australia's first social enterprises dedicated to electronics manufacturing for people with disabilities. As CEO, he transformed a modest workshop of 30 into a thriving network of social enterprises employing over 200 people. This included founding one of the first graphic design social enterprises and establishing Adelaide’s largest electronics recycling facility. His leadership earned the organization national recognition for innovation in both graphic design and manufacturing, mainly through advancements in semi-automation and workplace modifications.
Robert’s commitment to sharing his skills extends beyond his professional achievements. He is an active participant in various community hobby groups focused on electronics, robotics, radio astronomy, community wireless networks, and electronic arts, participating in numerous events, competitions, and award-winning projects. His dedication to fostering collaboration and innovation is further demonstrated by his role as a founding board member of Dorkbots Adelaide, Hackerspace Adelaide, and Makerspace Adelaide.
Robert Hart
https://cosmicray.com.au/
Abstract
Most people are unaware of Cosmic Rays, yet they exist everywhere, unseen or felt. They were created long ago when primary particles get accelerated to near the speed of light by the tremendous magnetic shockwaves when stars supernova, black holes eat, and binary stars merge. The very same processes that thrust heavy elements made inside stars and other extreme events to form interstellar dust, asteroids, planets, and the building blocks for life. Cosmic Rays are an ongoing and continuous reminder of the immense scale, age, and complexity of the universe and the importance of science to our understanding. Building a Cosmic Ray Muon Detector allows anyone to collect data and visualise or make music from Cosmic Ray showers here on Earth. It is an opportunity to share an appreciation of Cosmic Rays: how tiny our little blue planet is, where it exists within the vastness of the universe, a precious, rare and fragile place, something worth protecting.
Most people are unaware of Cosmic Rays, yet they exist everywhere, unseen or felt. They were created long ago when primary particles get accelerated to near the speed of light by the tremendous magnetic shockwaves when stars supernova, black holes eat, and binary stars merge. The very same processes that thrust heavy elements made inside stars and other extreme events to form interstellar dust, asteroids, planets, and the building blocks for life. Cosmic Rays are an ongoing and continuous reminder of the immense scale, age, and complexity of the universe and the importance of science to our understanding. Building a Cosmic Ray Muon Detector allows anyone to collect data and visualise or make music from Cosmic Ray showers here on Earth. It is an opportunity to share an appreciation of Cosmic Rays: how tiny our little blue planet is, where it exists within the vastness of the universe, a precious, rare and fragile place, something worth protecting.