16 Lab-Grown Brains Power the World's First Living Computer!

#Inzint
In a groundbreaking development, 16 lab-grown human brains have been assembled to create the world's first living computer, designed by the innovative startup Final Spark. This bio-computer, named BioCom, boasts an impressive feat: it uses a million times less power than a traditional digital computer processor.
Final Spark has also launched an online neuro platform, allowing researchers to conduct experiments with BioCom remotely via a server. This breakthrough is made possible by the use of organoids, which are simplified mini versions of real organs. Organoids are grown in a dish using cells from living organisms and can mimic the forms and functions of an actual organ. By cultivating cells from the human brain, the researchers have created mini brains that can be harnessed for computing.
To sustain these brain cells, a sophisticated system provides the necessary nutrients and hydration, ensuring their viability for approximately 100 days. Final Spark's BioProcessors represent a significant leap forward in reducing energy consumption. With the rise of AI, the search for energy-efficient solutions has become crucial to protecting our climate and infrastructure.
According to technological research and consulting firm Gartner, AI is projected to consume 3.5% of global electricity by 2030-more than the entire country of Germany uses today. However, the human brain uses only a fraction of the energy required by a digital computer, positioning BioCom as a promising solution to AI's energy dilemma.