✳flâneur — a map of the web's best reading
diffuse.one
diffuse.one · 2,761 words · saved by 2 readers
andrew white's blog.
diffuse.one diffuse.one/ virtual_cell designation: D1-009 author: andrew white updated date: September 26, 2025 human cell atoms: 10 14 10^{14} 1 0 14 FLOPs for human cell: 2 × 10 38 2 \times 10^{38} 2 × 1 0 38 expected simulation year: 274 power requirement 200 TW abstract: The people want a virtual cell. So let's simulate an entire human cell atom-by-atom for 24 hours with molecular dynamics. I estimate it will take 2 × 10 38 2\times10^{38} 2 × 1 0 38 FLOPs and 200 TW of electricity. Based on historic frontier simulations, we should be able to reach this milestone in 2074. I based on this an
Explore this link on the map →saved by
related reading
- Fermi estimate of future training runsdanieldewey.net
- My picture of the present in AI — LessWronglesswrong.com
- Levers for Biological Progress - by Niko McCartyasimov.press
- The Moon Should Be a Computerpalladiummag.com
- Can AI scaling continue through 2030? | Epoch AIepoch.ai
- Dario Amodei — "We are near the end of the exponential"dwarkesh.com
- [2607.02954] Microcosmos: Reimagining Artificial Life for the GPU Eraarxiv.org
- The Most Complete Digital Replica of a Living Cell Yet Grows Like the Real Thingsingularityhub.com
- Levers for Biological Progress - A Response to "Machines of Loving Grace" — LessWronglesswrong.com
- Whole Brain Emulation: No Progress on C. elegans After 10 Years — LessWronglesswrong.com
- Simulation Inferences · Gwern.netgwern.net
- Arc Institute’s first virtual cell model: <span style="font-variant: small-caps">S<span style="font-weight: bolder">tate</span></span> | Arc Institutearcinstitute.org