The Tuitar is a DIY project using an ESP32 to help learn guitar, featuring tuning assistance, a virtual fretboard, and game modes for practice.
>"Riptide" is an indie folk, folk-pop, twee pop, and indie pop song. Musically, the sheet music for the song shows that it is in the key of D♭ major with a tempo of 100 beats per minute. Hannah Gilchrist of the Red Magazine says "...it feels like you should be sitting on a California beach drinking a bottle of beer while your friends frolic in the waves – no surprise it's inspired by the tracks of the 70s."
Something similar to the Spotify Car Thing, built with a cheap ESP32 Screen. Connects to your Spotify account and displays your currently playing song with its album art.
An international study suggests our brains and bodies physically resonate with music, supporting Neural Resonance Theory (NRT). NRT proposes musical experiences arise from the brain's natural oscillations syncing with rhythm, melody, and harmony, influencing timing, pleasure, and movement. Potential applications include therapies for stroke, Parkinson's, and depression, emotionally intelligent AI, and new learning technologies.
Logitech Media Server is the server software that powers audio players from Logitech, including Squeezebox 3rd Generation, Squeezebox Boom, Squeezebox Receiver, Transporter, Squeezebox2, Squeezebox, and SLIMP3. It is open-source software written in Perl, running on multiple platforms including Linux, Mac OS X, Solaris, and Windows.
ESP32 Music streaming based on Squeezelite, with support for multi-room sync, AirPlay, Bluetooth, Hardware buttons, display and more.
An article discussing the Yamaha DX7 synthesizer, its revolutionary impact on the music industry during the 80s, and the frequency modulation technology it used.
Psychologists found that 44.7% of recorded earworms matched the original song's pitch perfectly, suggesting a common 'musical superpower'.
Cellular Automata Music 1 is a unique and innovative project that combines the principles of cellular automata with music composition.
The project aims to create a new form of music that is both visually and audibly engaging.
The music is generated through a series of rules and patterns that are applied to a grid of cells, resulting in a dynamic and ever-changing composition.
The project is a collaboration between artists, scientists, and musicians, showcasing the potential of interdisciplinary collaboration.
The project aims to create a new form of music that is both visually and audibly engaging.
The music is generated through a series of rules and patterns that are applied to a grid of cells, resulting in a dynamic and ever-changing composition.
The project is a collaboration between artists, scientists, and musicians, showcasing the potential of interdisciplinary collaboration.
