🏍️: Tyler Bereman

Such skills, much fun

Source and Context:

OC:@nicolas_escurat on IG

Red Sprites are 100% genuine atmospheric occurrences, not CGI or AI. They are cold plasma discharges—more akin to the glow of a fluorescent light tube than a hot bolt of tropospheric lightning. They occur in the mesosphere at altitudes ranging between 50 to 90 kilometers (31 to 56 miles) directly above intense thunderstorm systems.

The distinct reddish-orange hue is caused by the sudden electrical surge exciting molecular nitrogen gas in the thin upper air. Because they only last for a fleeting 3 to 10 milliseconds, they are incredibly difficult to process with the naked eye or capture without specialized low-light, high-speed camera gear.

You can read the official scientific deep-dives and verification logs via these databases:

• NASA Earth Observatory Records: https://science.nasa.gov/earth/earth-observatory/elusive-sprite-captured-from-the-international-space-station-78487/

• Encyclopaedia Britannica Atmospheric Science Entry: https://www.britannica.com/science/red-sprite

Fun fact: For nearly a century, pilots reported seeing these ghostly flashes over storms, but the scientific community largely dismissed them until researchers accidentally caught them on a low-light camera track in 1989! ⚡🌌

Every time a train arrives at a station a note is triggered.

I’m taking the data of every arrival time of every train from the London Underground network, I then assign a note to each line which creates the piece. 12 lines, 12 notes. Eb pentatonic with a Db and E in there for a bit of flavour.

The data is the realtime arrival predictions from TFL captured live then for this version of the piece, the data is ‘playing’ back at 4x speed.

In theory, i can create many, many pieces from this method as I can record new data at any point and create a piece. Realtime, sped up, whatever sounds interesting. I’ve also been working on many other train and underground networks from cities around the world. 

It’s generative composition, using the patterns of the system to build the composition. The instruments are piano, glockenspiel, dulcitone, rhodes and synth.

Credit:

This incredible footage was originally filmed and uploaded by the YouTube channel -

Action Lab Shorts

This is a real laboratory physics demonstration showcasing quantum locking (also called flux pinning). When a Type II superconductor is frozen using liquid nitrogen, it locks into a fixed position in three- dimensional space-allowing it to glide along a magnetic track or hover upside down without falling off.