『Space Sounds - Space Data Sonification』のカバーアート

Space Sounds - Space Data Sonification

Space Sounds - Space Data Sonification

著者： Quiet. Please
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 Sonification is the process of converting data into sound. It's a method of representing information or data streams through non-speech audio, making patterns and changes in the data perceptible through sound. This technique can be particularly useful for analyzing data patterns, for educational purposes, and for making data accessible to individuals with visual impairments.NASA has utilized sonification in a fascinating way to turn data from space into sound. This process involves translating the information collected by various space missions — such as light, radio waves, or magnetic fields — into audible sounds. It's a unique approach to data analysis and public engagement that transforms the seemingly intangible aspects of space into something that can be heard and experienced.This podcast included sounds NASA has used Sonification to create so space can be experienced in a new and unique way.Galactic CenterCas AM16Bullet ClusterCrab NebulaSN87ASagittarius A* / Galactic CenterEta CarinaeM87 JetSagittarius A* (EHT)Southern Ring NebulaV404 CygniStephan's QuintetNGC 6543CDFM51Westerlund 2TychoM87Perseus ClusterSagittarius A*Carina NebulaWASP-96 bR AquariiM104Copyright 2023 Quiet. Please 天文学 天文学・宇宙科学 科学
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  • Cassini-Huygens passing through Saturn's rings - Space Sounds

    Cassini-Huygens passing through Saturn's rings - Space Sounds
    2023/12/12
    NASA/ESA/ASI Cassini-Huygens spacecraft is hit by millions of dust particles as it goes through a gap in Saturn's icy rings.Although the ring gaps appear empty, they are not. The spacecraft ploughed through these dust particles at a speed of about 70 000 kilometres per hour! These impacts, converted into audible sounds, resemble hail hitting a tin roof.
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  • Whistler Atmospheric squeaking - Space Sounds

    Whistler Atmospheric squeaking - Space Sounds
    2023/12/12
    Whistlers were first occasionally heard at the end of the 19th century on long-distance telephone lines. They are electromagnetic emissions produced in the atmosphere, but their cause is still partly unclear. They originate from thunderstorms or meteorites, or even after earthquakes. Once produced, the sounds travel along closed magnetic field lines from one hemisphere to the other. Studying them can yield information about the Earth's atmosphere, ionosphere, and magnetosphere up to very long distances. This one is a lightning strike recorded by Cluster (courtesy of Prof. D. Gurnett, University of Iowa).
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  • Dawn in Space - Space Sounds

    Dawn in Space - Space Sounds
    2023/12/12
    'Dawn chorus' signals detected by ESA Cluster’s WBD (Wide Band Data) instrument.High-energy electrons get trapped in the Earth’s radiation belts. When they are accelerated by the electromagnetic field, they produce this familiar sound. With the help of missions studying particles in space like the four Cluster spacecraft, ESA scientists are investigating how the electrons are accelerated and how the sound like the 'dawn chorus' of birds is created.
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