Invisible Fungi
“Invisible Fungi” by Ringailė Demšytė is a VR experience that helps to showcase fungi’s integral, yet invisible, role in our lives in times of ecological degradation. The research builds on the artist's previous “Visual Fungi Language” project, which examines a possible, speculative visual language of fungi based on an interpretation of their electrical spiking activity as a means of “facilitating” communication between humans and nonhumans. The project aims to explore the use of different media, such as sound, raw organic materials, and VR, to enable people to experience the unseen world of fungi and foster a greater sense of empathy towards their natural environment. This immersive experience focuses on creating knowledge through feeling by visualising how fungi break down complex organic compounds in a poetic, nearly abstract way. Virtual reality becomes a tool of choice to create a sensitivity around the invisible role of fungi for the city residents who lost touch with nature.
Most fungi operate discreetly, largely unseen by the human eye, as does their transformative work. It typically takes approximately a century for fungi to break down deceased organic matter, such as a tree log. The intricate process of decomposition, executed by fungi, remains invisible to the naked eye. In light of this, the artist has crafted a virtual reality (VR) experience to speed up and encapsulate this prolonged process into a concise two-and-a-half-minute narrative. Through this artistic attempt, the intention is to draw attention to the often-overlooked and imperceptible role that fungi play in nature, emphasising their invisible yet vital contribution to the ecosystem.
Visual Fungi Language:
Exploring the Possibility of Communication Between Humans and Nonhumans
The barcode-like symbols in Visual Fungi Language bear a resemblance to binary strings, which opens up the possibility of translating them back into electrical signals and sending them to mushrooms. However, at present, this concept remains more of an imaginative speculation focused on the aesthetic experience rather than functionality. While it is intriguing to consider the potential for translating these visual symbols into electrical signals that fungi can understand, it is important to note that this aspect is still largely theoretical.
Sonifying the Speculative Fungal Language: A Journey into Hearing the Unseen
She drew a connection between the number of bits in a byte (8 bits) and the number of notes in a solfège scale (including the repeated note at the end). This connection allowed her to map each letter to a unique combination of keys and convert the sentence into a musical composition.
Sonifying the Visual Fungi Language by finding parallels between one bit and an octave set the tone for the final VR work.
Fragrance by Merle Bergers
Supervisors
Belle Phromchanya
Sonia de Jager
Carmen José
Technical support
Vincent Boon
Special thanks
Ziemniaki i Foundation
Josh Plough
Natalia Budnik
Adam Markuszewski
Noud Sleumer
(A)WAKE
Shirin Mirachor
Salim Bayri
Reda Senhaji
Isabeau Vienerius