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Alessia Casali
April 10, 2025
SST training: From the US to Berlin
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Alessia Casali
April 10, 2025
The new Tomorrow.bio Welcome Box has arrived!
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Alessia Casali
January 13, 2025
What’s coming in 2025? Spoiler: A lot!
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Why Revival Is Still Not Possible?
Video
Dr. Emil, CEO of Tomorrow Bio, explains why cryogenic revival isn't yet possible. He covers critical issues like cooling and warming challenges, cellular damage, and medical obstacles, offering clear insights into this complex topic.
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How Much Does Cryonics Cost?
Video
In this video, Tomorrow Bio breaks down the cost of cryonics (or cryopreserving your body) and what you get for your money.
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Why Cryonics Makes Sense
Article
An in-depth look at cryonics’ history, science and ethics—arguing that low-temperature preservation of humans is a logical, experimental ‘parachute’ against inevitable death. By Tim Urban.
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The science of Hope: Practical cryonics
E-Book
A thought-provoking guide to modern cryonics that explores the science behind preservation, the philosophy of identity, and bold theories on future revival, offering both clarity and hope to those considering life beyond clinical death.
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Human Cryopreservation Procedures
E-Book
Ebook written by Aschwin de Wolf and Charles Platt describing basic principles of how human cryopreservation works in practice.
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Aldehyde-stabilized cryopreservation
Published
Published by
ScienceDirect
on
December 01, 2015
Study introduces aldehyde-stabilized cryopreservation (ASC), a new brain-banking technique combining stable long-term ice-free storage with excellent anatomical resolution. Testing on rabbit and pig brains shows uniformly excellent preservation with traceable processes and crisp synapses, offering advantages for connectomics research and neuroanatomical studies.
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Persistence of Long-Term Memory in Vitrified and Revived Caenorhabditis elegans
Published
Published by
Pubmed
on
October 18, 2015
Study demonstrates that C. elegans nematode worms retain long-term memory after cryopreservation and revival. Research using olfactory imprinting and vitrification shows memory mechanisms remain unmodified by the freezing process, providing evidence for memory retention after cryopreservation.
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