We Can, Must, and Will Simulate Nematode Brains—Asterisk
Scientists have spent over 25 years trying — and failing — to build computer simulations of the smallest brain we know. Today, we finally have the tools to pull it off.
We Can, Must, and Will Simulate Nematode Brains—Asterisk Scientists have spent over 25 years trying — and failing — to build computer simulations of the smallest brain we know. Today, we finally have the tools to pull it off. A near-perfect simulation of the human brain would have profound implications for humanity. It could offer a pathway for us to transcend the biological limitations that have constrained human potential, and enable unimaginable new forms of intelligence, creativity, and exploration. This represents the next phase in human evolution, freeing our cognition and memory from th
Explore this link on the map →related reading
- Whole Brain Emulation: No Progress on C. elegans After 10 Years — LessWronglesswrong.com
- The Worm That No Computer Scientist Can Crack | WIREDwired.com
- Building Brains on a Computerpress.asimov.com
- State of Brain Emulation Report 2025 | Research Overviewbrainemulation.mxschons.com
- Whole Brain Emulation: No Progress on C. elegans After 10 Years — LessWronglesswrong.com
- "the digital sphinx: can a worm brain control a fly body?" TheSphinx_2026.pdffaculty.washington.edu
- A Countdown to a Digital Simulation of Every Last Neuron in the Human Brain | Scientific Americanscientificamerican.com
- Gap Mapgap-map.org
- The Future of Whole Brain Emulationpsymedventures.substack.com
- Neuralink and the Brain's Magical Future — Wait But Whywaitbutwhy.com
- Could a Neuroscientist Understand a Microprocessor? | PLOS Computational Biologyjournals.plos.org
- Connectome - Wikipediaen.wikipedia.org