
Viaggio sonoro con l'handpan: dall'ascolto profondo di ritmi ancestrali e dolci melodie a momenti di intensa emozione, rilassamento ed energia, guidati dall'esperienza di Davide Friello.

Explore Fourier Series fundamentals, applications, and types. Learn about periodic signals, harmonics, and differences from Fourier Transform in this concise video lecture on signal processing.

Explore music synthesis using APL, from WAV files to harmonics, chords, and reverberation. Create a full rendition of Bach's Toccata and Fugue with animated visualization.

Explore topological data analysis in signal processing, covering embedding techniques, harmonic effects, and applications in seizure prediction and power grid oscillation detection.

Comprehensive guide to Blender's force fields, covering 13 types in 17 minutes. Learn how each field affects simulations and particle systems for enhanced 3D animations.

Explore standing waves on strings through a timed assessment, enhancing your understanding of oscillations and wave phenomena in physics.

Explore standing waves, from resonance to harmonics. Learn equations for wavelength and frequency in various scenarios, and practice solving physics problems.

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.

Master additive synthesis techniques using the Harmonics Editor in Arturia Synclavier-V, including sound building from scratch and sample resynthesis for creating unique timbres and textures.

Discover the mathematical and musical principles behind the 12-note chromatic scale, exploring just intonation, equal temperament, and stacked fifths in music theory.

Explore music creation and sound engineering techniques using Ruby, reproducing industry-standard methods for audio manipulation and production.