The ratio of digital to biological compute is growing exponentially

The ratio of digital to biological compute is growing fast. Worth tracking.

@karpathy The ratio of total digital to total biological compute is the key metric to watch – it is rising incredibly fast

Biology will be the next great computing platform, DNA will be the code that runs it, and Crispr will be the programming language

At Microsoft, I got deep into computer science. At the foundation, it’s computer science plus biology, chemistry, agronomy, and more. I can’t imagine a better way to spend the bulk of my time: https://t.co/hXSmccCUlg #TBT

Though it may seem like fiction, we may one day see computational hardware constructed from living human brain cells rather than traditional silicon. https://t.co/docIfnh5EN

Biocomputers: Scientists are turning human brain cells into functional computers - Interesting Engineering

🧠💻 The future of computing isn’t silicon — it’s alive. Human neurons are now powering biocomputers that learn, adapt, and outperform traditional chips in energy + intelligence. Read more 👉 https://t.co/t6fmy2sW4Q #Biocomputing #OrganoidIntelligence #FutureTech #1950ai

This Comes Next! | Biocomputing | Fallen World Films BEYOND HUMAN. I don't think people realize how close we are getting to the actual reset part of the Great Reset.

HUMAN BRAIN CELLS ARE NOW PART COMPUTER, PART SCIENCE FICTION Scientists are growing real brain cells on chips to see if they can think, learn, or even beat machines. Welcome to biocomputing - where your next computer might actually be a little bit alive. Source: Bloomberg

New podcast: Dr. Ewelina Kurtys on wetware computing, brain organoids & why your 20-watt brain outperforms AI systems using 21 megawatts We discuss biocomputing efficiency, programming neurons & consciousness ethics Watch the full episode:

A Swiss biocomputing startup has launched an online platform that provides remote access to 16 human brain organoids.

Biocomputers: Scientists are turning human #brain cells into functional computers Though it may seem like fiction, we may one day see computational hardware constructed from living human brain cells rather than traditional silicon. https://t.co/7c3nX0BeAT #Science

For Computer Science Education Week, we’re relaunching one of our favorite reads: Computational Biomedicine — Where Code Meets Care. See how CS is transforming healthcare: https://t.co/h6prhkbnaQ #CSEdWeek #UoPeople

Researchers have successfully integrated silicon-based semiconductor chips into living human cells, creating intracellular sensors capable of monitoring cellular activity at a nanoscale level https://t.co/TivkPmjNxV

Terminology and concepts from computer science and engineering are becoming more common in biology labs as scientists re-engineer the activity of cells for specific applications.

Terminology and concepts from computer science and engineering are becoming more common in biology labs as scientists re-engineer the activity of cells for specific applications.

Been reading about biotech, thinking about how to use crypto to accelerate research funding there. Keep building!