Tales of Entropy

Tales of Entropy

Tales of Entropy with Roméo Poirier is an audiovisual performance based on generative music production, polarised light microscopy and computer vision. This 30 min show merges analog and digital creation tools, proposing a sensitive exploration of the structures of organic matter, under the prism of bold musical expressionism.

A microscope on stage visualises a series of laboratory samples and takes the audience for a stroll in an hypnotic visual landscape, exploring different states of matter. As the temperature of the different samples change in a thermal oven, the matter transforms and passes from liquid, to liquid crystal, to crystal, displaying striking color patterns under polarised light.

This live scientific experiment is recorded by an UHD camera and choreographies of colourful structures are projected on stage, creating profound visuals with a powerful abstract narration.

The use of computer vision tools allows to extract different data from the microscope feed (colours, textures, motions) and transform them into meaningful signals, which are sent to Roméo Poirier and used on the go to produce generative music.

Roméo Poirier works in an hybrid analog and digital music production environment, choosing the depth of the impact of the signals on different musical tools, thus creating a personal musical interpretation of the transformations of matter as they happen. The music of the performance aims at reflecting the contrasts and the textures of the different samples, oscillating between atmospheric landscapes, broken vocal samples, warm ambient cocoons and thunderstorms.

Production of the visuals
Guillaume Schweicher (Ohme Academia) & Nicolas Klimis (Ohme Studio)

Tales of Entropy uses a polarised light microscope and a UHD camera combined with a thermal oven to be able to follow the emergence of crystals and to control phase transitions and liquid crystal orientations in a creative way. The image comes from a physical area of the samples of only 1 mm length.

This leads to dynamic scientific visuals, which are not encoded on a computer, but are evolving, analogue live images of organic compounds under thermodynamic transitions.

Due to the physics of the system, theses moving images vary from one performance to the other creating each time unique patterns, that are partially deterministic and partially stochastic.

The visuals captured by the camera (4K) are projected on a screen in front projection, depending on the possibilities of the venue.

Different molecules in the performance Laboratory of Polymer Chemistry (ULB)

Thanks to a close collaboration with the Laboratory of Polymer Chemistry (LCP-ULB), we have access to a rich series of organic compounds presenting different crystal and liquid crystal phases, presenting different colours and patterns under polarised light. This allows to produce a large diversity of visual abstractions and powerful transformations.

For Tales of Entropy with Roméo Poirier, we work with 3 to 4 molecules that have very different behaviours upon heating and cooling and which features are reflected in the dramaturgy of the generative music produced.

The performance is then logically divided in different chapters presenting different abstract languages in connection with the music of Roméo Poirier.

Computer Vision 
François Bronchart (Ohme Lab)

The use of computer vision tools allows us to process the data from the microscope video stream and transforms it into meaningful signals.

Different algorithms (shape and event detection, fourier transform, statistical analysis, etc.) allow us to extract data on colours, textures, motion or the presence and position of certain patterns happening live inside the thermal oven.

The signals are then sent via an OSC protocol to Roméo Poirier and are used for the generative production of the music.

Some of these computations are shown as they happen to the audience on side screens to raise their interest on specific features of the image and on the general functioning of the performances.

Generative Music Production
Roméo Poirier

Roméo Poirier works in an hybrid analog and digital music production environment, choosing the depth of the impact of the signals on different musical tools, thus creating a personal musical interpretation of the transformations of matter as they happen.

The music of performance aims at reflecting the contrasts and the textures of the different samples, oscillating between atmospheric landscapes, heavily processed vocal samples, warm orchestral fragments, thunderstorms and passing shadows of dissonance.

The artistic intention is providing a counterpoint with the sound from the images, while being dictated by them, elaborating a parallel narration.

His set-up is made of an analog modular system and a computer processing multifarious digital signals.

Tales of Entropy – photographic series
Tales of Entropy – Live AV show

This recording of the first iteration at Pilar brings together live microscopic images from Guillaume Schweicher with the deep and emotional ambient soundscapes of Brussels-based artist Juanita, under the artistic direction of Nicolas Klimis.

Tales of Entropy is an ongoing project that has been presented in live AV show with different musicians and composers, such as LB Marszalek (fka Juanita), Boho Strings, La Reine Seule, and Romeo Poirier

Credits:

Conception and realisation: Guillaume Schweicher, Nicolas Klimis

Computer vision: François Bronchart

Music : First iteration, Juanita | Second iteration, Boho Strings | Third iteration, La Reine Seule | Fourth iteration, Romeo Poirier

Coproduced by the Laboratoire de Chimie des Polymères (ULB)

Presentations:

First iteration: Pilar ASAP – OHME Unframed: Fluidity Edition | 23 October 2020 

Second iteration: La Vallée, Brussels | 15th May 2021

Third iteration: I Love Science Festival, Brussels | 16 – 17 October 2021  • Museum Night Fever, Halles St Géry, Brussels | 23 October 2021  •  Atelier 210, Brussels | 23 November 2023