Harmonizing Code and Melody: Making Electronic Music with AI and Multi-Agent Systems
Explore MusicAgent: Innovative multi-agent system for composing, arranging, and producing music using Python, Sonic Pi, and LLMs. Learn live electronic music creation and AI-driven composition techniques.
Sonic Pi: Live Coding an Orchestra - How to Create Music with Code
Explore live coding music with Sonic Pi, from beginner beats to advanced concepts. Learn how this tool blends computer science education with creative expression and professional music production.
Confluence of Code and Classical Music: Ragas, Bach and Sonic Pi
Explore parallels between code and classical music, uncovering shared attributes and compositional methodologies. Learn to translate musical principles into algorithms using Sonic Pi for innovative melody-making.
Sonic Pi - Live Coding as a Tool for Next-Gen Education
Explore Sonic Pi, a free code-based music creation tool, for education and professional use. Learn core computer science concepts through live coding beats and synth riffs.
Sonic Pi - BEAM Up the VJ
Explore Sonic Pi's architecture, focusing on its BEAM-based IO subsystem and the future of live coding visualizations synchronized with music.
Harmonizing Code and Melody: Making Electronic Music with AI and Programming
Explore MusicAgent: Compose, arrange, and produce electronic music using Python, Sonic Pi, and AI. Control the entire creation process from concept to recording, including album art generation.
Beating Threads - Live Coding with Real Time
Explore live coding with Sonic Pi, learning temporal semantics, thread coordination, and innovative programming techniques while creating music in real-time.
The Art of Code
Explore the intersection of coding and creativity, from esoteric languages to live performances, in this entertaining journey through programming as an art form.
Sonic Pi - BEAM Up The VJ
Explore Sonic Pi, a code-based music creation tool. Learn its architecture, live coding capabilities, and how it's used to teach computer science concepts while creating music and visuals.
Teaching Kids to Code with Sonic Pi
Explore Sonic Pi, an innovative platform merging coding and music creation. Learn how this tool is revolutionizing programming education and breaking barriers in both tech and music fields.
Sonic Pi - Teaching Kids with Music Programming
Explore how Sonic Pi uses music programming on Raspberry Pi to teach computer science concepts to students, blending creativity with coding for an engaging learning experience.
Get Ready to Rock with Sonic Pi - The Live Coding Music Synth for Everyone
Explore Sonic Pi, a live coding environment for music creation, suitable for both education and professional use. Learn its history, evolution, and capabilities through demos.
Teaching Kids to Code with Sonic Pi
Explore Sonic Pi, an open-source platform revolutionizing coding education by enabling music creation through programming, making it accessible and engaging for children and schools worldwide.
Earth to Abigail - The Forest - Artist Performance
Live coding performance combining voice and Sonic Pi to create an algorithmic forest soundscape, exploring nature and inner dialogue through music and visuals.
Artist Performance - MONRHEA
Electronic music performance by [MONRHEA] at RustFest Global 2020, showcasing innovative sounds created with Sonic Pi coding. Experience the fusion of technology and artistry in this unique audio journey.
Sonic Pi
Explore live coding music with Sonic Pi: from its origins to advanced techniques. Learn to create melodies, use samples, and perform in real-time through hands-on demonstrations.
How to Code Music
Explore live music coding with Sonic Pi and JavaScript, and learn to integrate music into web applications using Web Audio API. Discover the exciting world of programmatic music creation.
The Sounds of Tomorrow: China's Electronic Instrument Renaissance | Yukes 玉刻 | TEDxZizhu Park
Yukes 玉刻 uses an electronic organ to play “the sound of the future.” He расскаnts how synthesizers have found new life within Chinese culture—moving from imitating the sounds of traditional instruments to creating entirely new auditory languages. As he puts it: “Technology shouldn’t replace traditio