Immersive Experiences

Thanks to its powerful spatialization engine co-developed with world-renowned Ircam Institute, HOLOPHONIX offers a wide range of spatialization techniques combined in a unique, simplified workflow, making it the perfect toolbox to creating immersive experiences.

HOLOPHONIX opens up possibilities to create a true three-dimensional immersive environment, for a seamless extension of the sonic scene in real 3D. It uses a unique variety of algorithms to synthesize the natural propagation of sound, in a way that you can forget the presence of speakers.

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The sound overwhelms you! It comes from the right, the left, the center, the ceiling.

Bob Wilson

Theater Stage Director | Playwright | Sound and Lighting Designer

Paris-based design firm Manifesto, Tokyo-based creative studio La Boite, and Japanese sound artist Miyu Hosoi collaborated to create an immersive sonic creation for luxury brand Chaumet.

The installation took the form of a long corridor leading to a jewelry piece, with custom loudspeakers integrated into the walls and ceiling across three distinct layers. It was designed for a VIP exhibition held at Chaumet's hôtel particulier in the heart of the iconic Place Vendôme, long regarded as the epicenter of Parisian luxury.

HOLOPHONIX teams collaborated with Miyu Hosoi, and assisted her during the creative process, in order to mix, reverberate and spatialize sonic materials.

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I wanted to make the stones of the Pantheon sing, to create a huge 'vocal lung' where everyone will hear different echoes of its past, and of its history.

Pascal Dusapin

Composer

HOLOPHONIX technology drives the monumental new artistic work revealed in Paris at the Panthéon by Emmanuel Macron, President of the French Republic, who commissioned a work from two major figures in contemporary art: the German painter and sculptor Anselm Kiefer, and the French composer Pascal Dusapin.

HOLOPHONIX interprets and translates millions of temporal and spatial messages to make them perceptible. It allows the sonic spatialization of the different choirs, in two or three dimensions, through its various onboard algorithms.

The HOLOPHONIX system is capable of simulating the behavior of audio sources in 3D, which can be utilized in scientific research to study human ear perception. By combining or comparing various algorithms, we can conduct scientific experiments that range from the arts to the medical field.