Researchers used a scale model of Stonehenge to study the acoustic qualities of the mysterious monument some 4,000 years ago, when all 157 stones were intact. To approximate its original design, laser-scanned data of Stonehenge's modern-day configuration Researchers used a scale model of Stonehenge to study the acoustic qualities of the mysterious monument some 4,000 years ago, when all 157 stones were intact. To approximate its original design, laser-scanned data of Stonehenge's modern-day configuration

Stonehenge had acoustics 'like a modern day cinema'

 ... say researchers who created 3D printed scale model of the ancient monument and found it would have amplified voices and music

  • When Stonehenge was intact, the acoustics were more like a movie theater 
  • Researchers created a 3D-printed scale model and broadcast 'chirps' at  different frequencies
  • The sound lingered, suggesting the unique sound effect was used while speaking or singing 

 

Sound reverberated inside Stonehenge thousands of years ago, according to a new study.

Researchers in the UK used a scale model to study the acoustic qualities of the mysterious monument built some 4,000 years ago, when all 157 stones were intact.

To approximate the original location and shape of the stones, laser-scanned data of Stonehenge's modern-day configuration was combined with archaeological evidence of its original layout - and the team found it was more like a movie theater than an open-air space.

It's unlikely Neolithic Britons had that in mind when they constructed Stonehenge in the 3rd millennium BC, but researchers believe they would have exploited the sound effects while singing or speaking.

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By Ian Randall / Newsweek Deputy Science Editor

Ian Randall is Newsweek's Deputy Science Editor, based in Royston, U.K. His focus is reporting on science and health. He has covered archeology, geology, and physics extensively. Ian joined Newsweek in 2023 from the Daily Express U.S. and had previously worked at Express.co.uk and MailOnline, alongside freelancing for various specialist science publications including Science, Physics World and Chemistry World. He is a graduate of the University of Oxford and City, University of London. You can get in touch with Ian by emailing [email protected]. Languages: English.

 

By Dan Avery / Architectural Digest
(Source: dailymail.co.uk; September 2, 2020; https://tinyurl.com/y4h9z8bd)
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