FOAM by NOMN

Generating realistic water movement, fizz, and bubbling textures using traditional synth oscillators often results in artificial, looping sounds that miss the unpredictable chaos of real liquid. FOAM by NOMN addresses this challenge by doing away with conventional oscillators altogether, replacing them with a physical modeling engine where every voice is a real acoustic bubble. As bubbles form, resonate, and collapse, the plugin solves genuine fluid and acoustic equations in real time to generate sound. From microscopic carbonation pops and rolling boiling effects to vast ocean spray soundscapes, FOAM renders thousands of individual bubble voices simultaneously, giving film score composers, sound designers, and electronic producers an organic liquid generator unlike any standard subtractive synth.

Real-Time Fluid Physics and 11-Stage Bubble Life Modeling

At the core of FOAM is a specialized physical synthesis algorithm that tracks 11 distinct physical stages of a bubble's lifecycle. The engine calculates everything from initial membrane rupture and cavity resonance to liquid viscous damping and surface tension release as the bubble collapses. Rather than triggering static pre-recorded samples, changing environmental parameters like liquid viscosity, container density, or thermal movement recalculates the underlying physics instantly. This dynamic modeling allows you to morph seamlessly from dense, heavy oil bubbles to light, airy effervescence with simple control tweaks.

Massive Voice Density and Dynamic Texture Control

FOAM is capable of rendering thousands of acoustic voices concurrently to generate rich, complex fluid environments without stalling your production workflow. Dedicated controls let you dial in specific aquatic behaviors, whether you need subtle carbonation sizzle for drink commercials, boiling cauldrons for video game sound design, or roaring sea spray for modern cinematic tracks. Because every individual bubble reacts dynamically to performance controls, the resulting textures retain natural acoustic variance, eliminating mechanical repetition across your arrangements.

Flexible Standalone Performance and Cross-Platform Support

Designed for both live performance experimentation and DAW integration, FOAM ships with flexible host options to suit your workflow. It functions as a lightweight standalone application for quick sound design sessions and live tweaking, while also operating seamlessly as a virtual instrument plugin for project arrangements. Optimized for modern operating systems, FOAM supports macOS and Windows setups as a VST3 and Audio Units (AU) instrument, allowing sound creators to integrate physical fluid synthesis directly into their favorite production host.