Break out your headphones for this one. Maxime Causeret has created a beautiful animation for Max Cooper's instrumental track "Order from Chaos." Seemingly random elements slowly coalesce into lifelike forms as the track moves from raindrops to increasingly complex sounds. Read the rest
is a website with a simple, unerring purpose: to provide ambient recreations of "hipster" environments such as coffee shops, buffet cars and the capital of France. It's quite well thought-out. For example, the coffee shops have optional pianos. I couldn't find a meta-control for "coded resentment of fashionable young people," though. Read the rest
Giraffes aren't known for their vocalizations, a limitation thought to be caused by their long necks, but biologists have know determined that they do "hum" at night. According to cognitive biologist Angela Stöger at the University of Vienna, the animals produce a low frequency hum with "a complex acoustic structure." Hear it below!
"It could be passively produced – like snoring – or produced during a dream-like state – like humans talking or dogs barking in their sleep,” Stöger told New Scientist.
Stöger adds that the hum could also be how giraffes communicate with each other when it's too dark to see.
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Cornell Lab of Ornithology may have digitized nearly 150,000 digital audio recordings
], amounting to 7,513 hours and 10 terabytes of data, but do they have the sound of this mouse that thinks it is a wolf? I think not. Read the rest
I really dig science that makes the inaudible audible. Earlier this month, I posted a link where you could listen to seismic waves from the Tohoku earthquake converted into sound. A couple years ago, we had sounds from space—plasma waves converted into sound.
This video, from Space.com and the University of Michigan, turns a coronal mass ejection from March 7th into some fantastic sounds—some resembling tinkling bells, and others sounding more like a 7th grade boys' locker room.
Via Steve Silberman Read the rest
The seismic waves of an earthquake happen at a lower frequency than what the human ear can hear. But, if you speed up those signals, compressing minutes or even hours worth of data into a few seconds, an audible sound emerges.
Zhigang Peng, associate professor in Georgia Tech’s School of Earth and Atmospheric Sciences, has turned the seismic waves from last March's Tohoku earthquake into audio files. The result is powerful, and powerful strange.
Recorded near Fukushima, the main earthquake sounds eerily like a huge wave crashing into a rocky beach. On the other side of the Pacific, in California, that same seismic wave sounds more like a peal of distant thunder. In both cases, the initial impact is followed by a cascade of popping, crashing, scraping, and twisting sounds—like cars being crushed at a junkyard. Those are the noises the Earth makes as tectonic plates shift and settle into their new places.
Check out all of Dr. Peng's audio files.
Via Joe Rojas-Burke Read the rest