
Experts assess blockchain's real-world impact, exploring successful applications and future opportunities in various sectors, from governance to asset tracking, beyond the initial hype.

Capcom's audio team reveals innovative techniques for creating immersive, realistic sound in Resident Evil 7, covering music, foley, character textures, and automated triggers.

Explore harmonic functions and mean-value parameterizations for procedural geometry in game development, with applications in mesh manipulation and UV generation.

Explore techniques for crafting a game's musical identity, from articulating vision to executing ideas. Learn how developers and composers can collaborate effectively to create impactful game soundtracks.

Explore the design process behind the interactive guitar mechanic in The Last of Us: Part II, from initial concept to final implementation, including challenges and lessons learned.

Explore BioWare's audio implementation and dynamic mixing techniques for Anthem, focusing on creating immersive soundscapes for a living, hostile world and heroic characters.

Explore expert techniques for crafting compelling audio stories in science, from podcasting to music, with insights on planning, recording, editing, and reaching diverse audiences.

Explore social engineering techniques, from initial contact to advanced tactics like clipboard monitoring and cookie stealing, with real-world examples and potential pitfalls.

Explore Kolmogorov complexity in music, algorithmic composition, and program transformations. Discover implications for creation, copyright, and performance through demonstrations and examples.

Explore live coding with Sonic Pi, learning temporal semantics, thread coordination, and innovative programming techniques while creating music in real-time.

Explore generative music using Erik Satie's minimalist piano works. Learn about Markov chains, MIDI, and browser-based audio to create endless, evolving compositions and dynamic sheet music.

Explore reverse engineering techniques using a classic 90s game as an example. Learn about file structures, compression, graphics, and audio while rebuilding the game in C#.

Explore the intersection of coding and creativity, from esoteric languages to live performances, in this entertaining journey through programming as an art form.

Explore Alan Alda's pioneering work in science communication, featuring insights on effective storytelling, improvisation techniques, and the importance of connecting with audiences to convey complex scientific ideas.

Explore protein design through vibration manipulation, transforming matter into sound and back. Learn how this innovative approach can revolutionize materials engineering.

Explore the pervasiveness of symmetry in nature, art, and science with experts discussing its role in design, mathematics, and future implications for our understanding of the world.

A multimedia tribute celebrating the life and work of Dr. Oliver Sacks, featuring stories, reflections, and performances from friends, colleagues, and patients, highlighting his impact on medicine and storytelling.

Explore the intersection of music, neuroscience, and culture through live performances and cross-cultural demonstrations, examining how our brains process and respond to musical elements.

Explore music theory through functional programming, building from sine waves to Bach's canon using Clojure and Overtone. Discover how coding and music creation intersect.

Explore the evolving artist-fan relationship and unconventional music monetization strategies with musician Amanda Palmer's passionate insights from street performance to crowdfunding.

Explore the neuroscience of musical improvisation through fMRI studies, revealing insights into creativity and the brain's inner workings during spontaneous artistic expression.