Installation Side View

Synestral 

A study on Human Senses in Interaction with the Environment. 

Audiovisual Interactive Light Installation. Lumia Art.

BFA Thesis & Final Project


Visual Artist: Rose Ansari

Musicians:  David Kuckhermann & Naghmeh Farahmand 


Materials: 4 Canvases in 39 x 59 Inches, Oil paint, Fluorescent color, Mel & Stone powder, Wood & Thermal glue, Electronic Chip, Adapter, Black light lamp, LED Lamp strip, Semi-matte white Nylon, Fishing Line, Hemp rope, Music (percussion) & Sound sensor.

Size: a 40x40 inches room


Synestral, a representation of eastern utopia, is an audiovisual installation consisting of four paintings and a central sculptural structure. The elements are arranged in a circular composition within a black box to create an oriental atmosphere.

This work invites the audience to have a voice and exist. When the audience makes a sound or plays music, sensitive sensors in the system react. All the lamps turn on and off in different rhythms and colors in harmony with low- and high-pitched sounds.

The song piece, Asymetric Refraction (2.0), was composed by the Tombak and Handpen instruments. The percussion sound of these two instruments activates the system's sensors as if this system is responsible for visualizing all the notes.

This project is also a synesthesia machine that takes all musical notes and converts them into lights.


Fall 2022

  

Project aspects

Plan of the project

                  Canvas No.1 under the white light.                                            Canvas No.1 under the black light.


                 Canvas No.2 under the white light.                                    Canvas No.2 under the black light.

                 Canvas No.3 under the white light.                                    Canvas No.3 under the black light.

                 Canvas No.4 under the white light.                                    Canvas No.4 under the black light.

The light effect of different hours of the day and black light on the project

Creation process

Final project