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We are optimistic that human whole-body reversible cryopreservation is solvable. We've built a world-class multidisciplinary team and raised $48M to tackle this problem.
What looks like a peaceful afternoon, is also a bustling molecular landscape. If you need to buy some time in a biological system, temperature is a lever. Lower it, motion slows, and metabolism stalls Ice presents the key challenge, that cryoprotectants can solve. Below –130°C, water turns to glass. We build technology to safely prevent ice formation during the vitrification process When heat returns, more afternoons like this. [ Scroll to discover ] Reversible cryopreservation has one core principle: Pause molecular motion and resume it, without ice formation. We are…
saved by
- HudZah
- Blake Dee
- Koena M
- Clo Wang
- Ishan Mukherjee
- Selena Yang
- Eva Seigneurbieux
- Harrison Qian
- Chloe-Amelie Aikman
related reading
- untiluntillabs.com
- Brain Freeze—Asteriskasteriskmag.com
- Why Cryonics Makes Sense — Wait But Whywaitbutwhy.com
- Scientific Justification of Cryonics Practice - PMCncbi.nlm.nih.gov
- Cryopreservation and its clinical applicationsncbi.nlm.nih.gov
- Cryobiology: The Study of Life and Death at Low Temperatures21cm.com
- Home - Tomorrow Biotomorrow.bio
- Introduction to 2181 Overture, Second Edition by Gu Shi, translated by Emily Jin : Clarkesworld Magazine – Science Fiction & Fantasyclarkesworldmagazine.com
- Less Dead — LessWronglesswrong.com
- Kai Micah Mills - High school dropout, cosmist, Thiel Fellowkaimicahmills.com
- Bottlenecks of Aging - Amaranth Foundationamaranth.foundation
- Tomorrow.biotomorrow.bio