Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.

Fungal Brain
MA Narrative Environments Major Project
Central Saint Martins,
University of the Arts London
2023-2024

FUNGAL BRAIN proposes a thought experiment in interspecies communication where the objective is to reevaluate and redefine human relationship to the environment by shaping and testing alternative interspecies dynamics — in which the human agency does not dominate but rather exists in response to their surroundings.

In the wake of the collapse of capitalism and the catastrophic effects of climate change, fungi and microorganisms master a future landscape with their astonishing ability to react, learn and adapt to environmental change.

Within this experiment, human subject brainwaves and fungal bioelectric signals with slime mould growth patterns act as agents in shared decision-making and participate in the creation of reactive landscapes in the ruined space of a future forest represented by Hampstead Heath.