Mycelium Compute Device (MCD)
Imagine a revolutionary device that transcends the boundaries of conventional computing, harnessing the intricate networks
Imagine a revolutionary device that transcends the boundaries of conventional computing, harnessing the intricate networks
of mycelium - the underground fungal threads - as the foundation for recreating the complex synaptic responses akin to the
human brain.
Mycelium growth networks serve as the fundamental substrate, mimicking the neural pathways of the human brain to facilitate unprecedented computational capabilities. Through a symbiotic fusion of biology and technology, this theoretical device promises to usher in a new era of cognitive computing, where the inherent adaptability and interconnectedness of mycelium enable unparalleled levels of parallel processing and learning. By leveraging nature's own design, this visionary approach holds the potential to revolutionize computational research.
Mycelium growth networks serve as the fundamental substrate, mimicking the neural pathways of the human brain to facilitate unprecedented computational capabilities. Through a symbiotic fusion of biology and technology, this theoretical device promises to usher in a new era of cognitive computing, where the inherent adaptability and interconnectedness of mycelium enable unparalleled levels of parallel processing and learning. By leveraging nature's own design, this visionary approach holds the potential to revolutionize computational research.
Process:
I leveraged Illustrators export assets funtionality to seperate each individual layer used as a mask in Substance Designer to create the main PCB board.
I leveraged Illustrators export assets funtionality to seperate each individual layer used as a mask in Substance Designer to create the main PCB board.
