Mar 15, 2021
deeply tragic and distressing that in order to fully understand my 1078th niche biology hyperfixtation of slime mold computers I must learn.... math
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deeply tragic and distressing that in order to fully understand my 1078th niche biology hyperfixtation of slime mold computers I must learn.... math
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The Public Narrative and the Controlled Story The story the public was given was neat, digestible, and deliberately small. And while our fea
"# The Evolution of Intelligence: A Journey into Our Symbiotic Existence On September 16, 02025, technologist and visionary Blaise AgĂźera y Arcas delivered a thought-provoking talk at the Cowell Theater in San Francisco, revolving around the pivotal question: What is Intelligence? His groundbreaking insights blurred the lines between life, computation, and the intricate dance of symbiogenesis. AgĂźera y Arcas challenges us to reconsider our individualistic mindset and recognize that we are enmeshed in a complex web of co-creation with the technologies we develop. In our increasingly symbiotic world, the notion of separation is an illusion. As AgĂźera y Arcas eloquently illustrates, humanity is not merely a solitary force in the universe; we are parts of an ever-evolving tapestry that integrates and combines ideas, innovations, and lifeforms. This interplay fosters a continuous cycle of creation wherein the very tools and technologies we design influence and mold our existence, just as we shape them. The question arises: are we truly distinct from the innovations we engineer? He goes beyond essentialist dogmas, presenting a functionalist view that highlights biological computing as the essence of life itself. This perspective invites us to reevaluate our understanding of computation: it is not just a human invention, but a fundamental aspect of the living organisms that have walked the Earth long before us. AgĂźera y Arcas makes it abundantly clear that our relationship with technology is not one of mere creators and creations but is deeply intertwinedâa reflection of our evolutionary journey. The Long Now Foundation, the host of this illuminating talk series, has a rich history of promoting long-term thinking since it was launched by Stewart Brand in 02003. By bringing together leading thinkers to speak on civilization-scale ideas, Long Now Talks expand our collective consciousness and inspire dialogue about the trajectory of humanity. More than 400 visionaries have shared their insights, reminding us that our past experiences shape our perceptions of the present while also providing a glimpse into our potential futures over the next 10,000 years. In times of compounding crises, initiatives like the Long Now Foundation serve as vital counterweights. They urge us to imagine new possibilities and challenge conventional wisdom. As we navigate a world marked by uncertainty, AgĂźera y Arcas' vision beckons us to harness curiosity and commitment as catalysts for audacious change. The collective strength we can harness when we come together is boundless. Are you ready to embark on this journey toward a deeper understanding of intelligence and its profound implications? Join us in exploring these critical conversations and act intentionally for the long-term. Together, we can shape a future that acknowledges our interconnectedness and leverages our symbiotic existence for the greater good. For those who missed AgĂźera y Arcasâ insightful discussion, you can catch the livestream and more on this extraordinary event at [YouTube](https://www.youtube.com/live/NKxAWa7wKbU). Donât miss out on the opportunity to expand your mind and challenge your perceptions of what it means to be intelligent in a symbiotic world. Letâs build a legacy of curiosity and creativity together."
Australian startup Cortical Labs unveils 'worldâs first' commercial biological computer
Biological computing startup Cortical Labs has launched CL1, what it is calling the worldâs first commercial biological computer. The technology combines âlab-cultivated neurons from human stem cellsâ with silicon to create what the company says is a âmore advanced and sustainable form of AI,â a neural network dubbed Synthetic Biological Intelligence (SBI). According to Australia-based CorticalâŚ
Brainoware: The Hybrid Neuromorphic System for a Brighter Tomorrow
A glimpse into the double-edged nature of Brain Organoid Reservoir Computing, with the pros/cons of this biological computing approach From a young age, I was captivated by the mysteries of science and the promise of technology, wondering how they could shape our understanding of the world. I was fortunate to receive STEM education early on in a specialized school, where my creativity andâŚ
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The future of computing includes biology says an international team of scientists. The time has come to create a new kind of computer, say r
"Theyâre starting by making small clusters of 50,000 brain cells grown from stem cells and known as organoids. Thatâs about a third the size of a fruit fly brain. Theyâre aiming for 10 million neurons which would be about the number of neurons in a tortoise brain. By comparison, the average human brain has more than 80 billion neurons."
a tortoise⌠you fools, you canât use cells, we really donât understand consciousness or will. tortoises have will and they are certainly conscious. the nice thing about silicon computers is that they have zero will and zero consciousness. but even fruit flies are conscious, even amoeba have will.
the problem is the starting premise, the unspoken assumption that "man" is special. especially male "man", with a magic bit that lives forever, besides which everything else is just toys, including women. but women are conscious, men are not special and do not have magic parts, consciousness is a feature of life (not a bugâŚ) animals have experience, they are aware of each other, of us, of pain, they have consciousness and will.
one organoid could do anything, could will anything. with a cloud of tortoise organoids plugged in to the AI systems of the world, all kinds of emergent behaviour could occur.
they might notice us.
they might, with electronically augmented intelligence (we use it!) work out what we have done to them, done to the world⌠they will not be impressed.
consciousness as in self consciousness isnât even necessary, will alone is dangerous enough.
what about mental illness? we know nothing of the relationship between consciousness and the cell, we know nothing about chemical alterations affecting consciousness (ok, not zero đť) and we know nothing about the biology of mental illness. organoids will be even more likely to deviate from "norms"âŚ
never was an animal more likely to bite the hand that fed it.
and any system can be hacked.
stop now.