Here are some of Bugatti’s rejected designs for the Tourbillon

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Here are some of Bugatti’s rejected designs for the Tourbillon Writer:- Sachin Kumar Plus: what was a McLaren F1 doing on the designer’s mood board? New Bugatti hypercars don’t come along every day – more like once a decade really – so when you’re signing off the design of a brand new one, you’d best be sure you’ve picked the right proposal. In a recent video Bugatti has shown a behind-the-scenes glimpse at a meeting between the top brass of its design and engineering departments, plus overall boss Mate Rimac. And if you look very closely, you can spot a few potential Tourbillon designs that didn’t make the final cut. The full video is below, but to save you getting trigger-happy with the pause button we’ve freeze-framed the clips you need to see in the gallery. One of the designs features extremely slender headlights with a broken-up horizontal running light. There’s also a smaller, more angular front ‘horseshoe’ grille than the Tourbillon eventually got, and more ornate side skir...

NASA releases chilling eerie black hole audio from 250 million light years away


TIL Creatives
A supermassive black hole emits faint sound waves, its accretion disk a luminous beacon against the cosmic expanse.

Synopsis

NASA has released an audio clip capturing sound waves from a supermassive black hole located 250 million light years away in the Perseus galaxy cluster. The waves were transposed up 57 and 58 octaves to make them audible to human ears, revealing eerie sounds that provide insights into intergalactic space.

NASA has released an audio clip capturing Sound waves from a supermassive black hole located 250 million light years away in the of galaxies. To make these sounds audible, the acoustic waves were transposed up 57 and 58 octaves. This is the first instance of such sound waves being made audible for human ears.
Although sound waves exist in space, they are not naturally audible to us. In 2003, astronomers discovered acoustic waves in the gas surrounding the black hole in the Perseus galaxy cluster. These waves include the lowest note ever detected by humans.

NASA ’s recent effort amplified these sound waves to give an idea of how they would sound in intergalactic space. The identified lowest note is a B-flat, over 57 octaves below middle C, with a frequency of 10 million years at that pitch. Human ears can detect sounds with a frequency of up to one-twentieth of a second.
The extracted sound waves were played in an anti-clockwise direction from the center of the black hole to make them audible in all directions at enhanced pitches of 144 quadrillion and 288 quadrillion times higher than their original frequency. As with other recordings from space, the result was eerie.

The gas and plasma in the intracluster medium are denser and hotter than the intergalactic medium outside it. These conditions help regulate star formation, suggesting that sound waves could play a significant role in the evolution of galaxy clusters over time.

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