#mycelium

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#sustainable-design

Sail Funerary Urn Made From Mycelium Will Biodegrade Over Time

Mush's mycelium-based urn, Sail, promotes eco-friendly end-of-life options by decomposing naturally while addressing issues of soil pollution from traditional vessels.

mycelium alcove installation explores interconnectedness between organic matter and sound

The installation symbolically connects life and sound, celebrating their interconnectedness and the cycles of nature.

Concrete-like lampshades are actually made from mushroom mycelium - Yanko Design

Using mycelium for sustainable lamp designs

Why is Mycelium Nature's Sustainable Hero in Building Materials? - Yanko Design

Mycelium is a sustainable, biodegradable material ideal for eco-friendly product design.

Introducing An Acoustical Material That Can Be Used Even For Outdoor Events - Yanko Design

Jonas Edvard integrates organic materials into functional designs like the Myx Sail / Floor panel.
The Myx Sail / Floor panel showcases the sound-absorbing properties of mushroom mycelium, hemp, and willow.

Sail Funerary Urn Made From Mycelium Will Biodegrade Over Time

Mush's mycelium-based urn, Sail, promotes eco-friendly end-of-life options by decomposing naturally while addressing issues of soil pollution from traditional vessels.

mycelium alcove installation explores interconnectedness between organic matter and sound

The installation symbolically connects life and sound, celebrating their interconnectedness and the cycles of nature.

Concrete-like lampshades are actually made from mushroom mycelium - Yanko Design

Using mycelium for sustainable lamp designs

Why is Mycelium Nature's Sustainable Hero in Building Materials? - Yanko Design

Mycelium is a sustainable, biodegradable material ideal for eco-friendly product design.

Introducing An Acoustical Material That Can Be Used Even For Outdoor Events - Yanko Design

Jonas Edvard integrates organic materials into functional designs like the Myx Sail / Floor panel.
The Myx Sail / Floor panel showcases the sound-absorbing properties of mushroom mycelium, hemp, and willow.
moresustainable-design
#biohybrid-robotics

mycelium has electrical signals that can control biohybrid robots and make them move

Fungal mycelia enable biohybrid robots to sense and react to environments autonomously, paving the way for advanced agricultural applications.

Robot placed under the control of a fungal overlord

Fungi can enhance robot adaptability and environmental interaction, offering a promising alternative to traditional biological components for biohybrid systems.

mycelium has electrical signals that can control biohybrid robots and make them move

Fungal mycelia enable biohybrid robots to sense and react to environments autonomously, paving the way for advanced agricultural applications.

Robot placed under the control of a fungal overlord

Fungi can enhance robot adaptability and environmental interaction, offering a promising alternative to traditional biological components for biohybrid systems.
morebiohybrid-robotics
#biohybrid-robots

Cap-tivating! Scientists teach a MUSHROOM to crawl using robot legs

Researchers are using mushrooms to control robots, showcasing the potential of biohybrid technology.

Scientists Grew a Mushroom Into This Robot to Act as Its Brain

Researchers at Cornell developed biohybrid robots controlled by mycelium, merging organic and inorganic technologies for innovative environmental interaction.

Cap-tivating! Scientists teach a MUSHROOM to crawl using robot legs

Researchers are using mushrooms to control robots, showcasing the potential of biohybrid technology.

Scientists Grew a Mushroom Into This Robot to Act as Its Brain

Researchers at Cornell developed biohybrid robots controlled by mycelium, merging organic and inorganic technologies for innovative environmental interaction.
morebiohybrid-robots

mycelium brick pavilion by andre kong studio sprouts in new york botanical gardens

The installation uses organic materials to evoke the whimsical transformation in Alice's Adventures, merging nature with Carroll's narratives.
#sustainability

research explores potential applications of translucent mycelium in design and construction

Mycelium mushrooms studied for design and construction applications, focusing on translucent building envelopes for unique visual effects.

Broche Coffee Shop / NAAW

The Broche coffee shop integrates sustainable mycelium material while respecting historic design to create an inviting public space in Oxford.

agricultural waste-grown mycelium by NONGZAO takes over everyday plastic objects

NONGZAO transforms plastic into eco-friendly items using mycelium molds.

research explores potential applications of translucent mycelium in design and construction

Mycelium mushrooms studied for design and construction applications, focusing on translucent building envelopes for unique visual effects.

Broche Coffee Shop / NAAW

The Broche coffee shop integrates sustainable mycelium material while respecting historic design to create an inviting public space in Oxford.

agricultural waste-grown mycelium by NONGZAO takes over everyday plastic objects

NONGZAO transforms plastic into eco-friendly items using mycelium molds.
moresustainability

bioMATTERS combines mycelium, clay and industrial waste to 3D print vessels and bowls

bioMATTERS uses mycelium, clay, and waste materials to 3D print vessels and bowls
The objects are created using computational design and generative algorithms

MushLume Lighting Is an Illuminating Example of BioDesign

Mycelium can be used as a sustainable building material with unique textures and properties, like in the MushLume Lighting collection.
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