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.
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.
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.