SONIC

CASE 01

ARTIST: LVX

YEAR: 2024

TYPE: SOUND

Cinematic photography of a dark laboratory setting. A large glass cylinder is filled with milky glass white liquid, where sound waves create intricate geometric ripples. The lighting is cold and clinical, with deep teal shadows and muted sage grey highlights on the scientific instruments.
Cinematic photography of a dark laboratory setting. A large glass cylinder is filled with milky glass white liquid, where sound waves create intricate geometric ripples. The lighting is cold and clinical, with deep teal shadows and muted sage grey highlights on the scientific instruments.
Our investigation explores the acoustic footprints left by low-frequency pulses on organic matter. We visualize the bridge between the audible and the visible, treating sound as a sculpting tool for physical space.

Frequencies reveal the invisible architecture of the natural world.
VIEW DATA →
A close-up, experimental photograph of a dark charcoal surface covered in fine white dust. The dust is vibrating into a complex Chladni pattern, resembling the interaction of bosons. The composition is cinematic with a shallow depth of field, highlighting the tactile texture of the frequency-driven footprint.
A close-up, experimental photograph of a dark charcoal surface covered in fine white dust. The dust is vibrating into a complex Chladni pattern, resembling the interaction of bosons. The composition is cinematic with a shallow depth of field, highlighting the tactile texture of the frequency-driven footprint.
Microscopic footage of organic cells reacting to sound. The cells appear like milky glass spheres against a dark charcoal background. Cinematic lighting catches the edges of the membranes in deep teal, suggesting a lab-controlled investigation environment.
Microscopic footage of organic cells reacting to sound. The cells appear like milky glass spheres against a dark charcoal background. Cinematic lighting catches the edges of the membranes in deep teal, suggesting a lab-controlled investigation environment.
Abstract cinematic photography of light refracting through a heavy block of milky glass. The light creates distorted prisms in muted sage grey and deep teal, mimicking the visual representation of invisible frequency waves.
Abstract cinematic photography of light refracting through a heavy block of milky glass. The light creates distorted prisms in muted sage grey and deep teal, mimicking the visual representation of invisible frequency waves.

Capturing the precise moment of boson interaction within a liquid nitrogen medium.

ECHO

By isolating sub-bass frequencies within a vacuum, we observed how cellular structures reorganize to accommodate cosmic resonance and particle flow.

A tall, vertical shot of a person's hand reaching toward a screen of milky glass. Behind the glass, silhouettes of cosmic dust swirls in dark charcoal and deep teal. The lighting is friendly yet mysterious, embodying a scientific inquiry.
A tall, vertical shot of a person's hand reaching toward a screen of milky glass. Behind the glass, silhouettes of cosmic dust swirls in dark charcoal and deep teal. The lighting is friendly yet mysterious, embodying a scientific inquiry.
A wide-angle cinematic shot of a dark laboratory. Large monitors display zoomed microscopic footage in muted sage grey. In the foreground, a glass beaker containing a deep teal substance sits on a dark charcoal workbench, glowing faintly.
A wide-angle cinematic shot of a dark laboratory. Large monitors display zoomed microscopic footage in muted sage grey. In the foreground, a glass beaker containing a deep teal substance sits on a dark charcoal workbench, glowing faintly.

This body of work serves as a testament to the inescapable rhythm of the universe, proving we are all made of vibrating energy.

STUDIO ARCHIVE
© 2026 Lasha Rostobaia
sonioptik@softuprising.de