8D Orange Noise, Black Screen 🎧🟠⬛ • 12 hours

The orange noise (which is found in various natural phenomena, such as weather patterns, earthquake signals, and physiological processes, and is considered to have a more natural and pleasant sound than other types of noise) in this video has been specially rendered in 8D. If you listen with headphones, you will hear it start in front of you, make a full clockwise rotation around you over the next 30 seconds, then turn around and make a full counterclockwise rotation around you over the next 30 seconds, then turn around and do it over all again. It can help you relax and get some sleep, and may alleviate the effects of tinnitus. It has also been reported to have positive effects for people with neurodivergent traits (autism, ADHD, etc.). Enjoy, and rest well.

Also available on:
• YouTube 12 Hours: https://youtu.be/Lc91XAWyCj4
• YouTube Music: https://music.youtube.com/watch?v=e9U9O0rCGuM
• Spotify: https://open.spotify.com/track/0VlITmNxFgApGLjt5nGAXE
• Amazon Music: https://www.amazon.com/dp/B0CWYRFD8H?tag=dj-grossman-20
• Pandora: https://www.pandora.com/artist/dj-grossman/8d-orange-noise/8d-orange-noise/TRKVl9rqbd46hq9
• Deezer: https://www.deezer.com/us/track/2686942122
• TIDAL: https://tidal.com/browse/track/348743411
• Odysee: https://odysee.com/@DJGrossman/8d-orange-noise-black-screen-12-hours

8D audio works by using a combination of panning and EQ effects which our brains interpret as a 360° spatial soundscape that goes beyond the simple left and right of stereo. It might even sound as though it's coming from inside the listener's head. The result can bring about clarity, pleasing sensations, and more. There hasn't been any notable scientific research proving the benefits of 8D audio thus far and it may end up being no more than a buzzword, but millions of people use it daily and that's got to count for something!

Fun fact: orange noise is not an "official" color of noise, so there may be multiple interpretations of how it should sound. It falls between white noise and pink noise in terms of its spectral characteristics and may also be known as "1/f noise," as its power spectral density is proportional to the inverse of the frequency (f). I created mine by starting with pink noise and then applying a low-pass filter at 10,000 Hz and a high-pass filter at 100 Hz, both of which roll off at a rate of 6 dB per octave.