Category: Cryonics

The basic metaphysical concept behind cryonics is the information theory of death. According to the information theory of death, you aren’t dead until the structures responsible for generating or expressing your consciousness are damaged beyond hope of recovery. If you accept the information theory of death, then any transportation or transposition of that information would be revival of life, the substrate being viewed as irrelevant.


They haven’t lost a stream of interested people as far as cryonic practice goes. Would you rather not be a created life form? Is being a randomly occurring life form all that cool?

  • What is a Person?

    What is a Person?

    Today, we are going to discuss the metaphysics of cryonics. What is a person? Organic matter? A collection of genetic code? Identity automaton? A model of psychology? Interesting. Shouldn’t it be easy to say what a person is? Yes, not being able to define it is a bit disturbing as we say we are one.…

  • Information Theory of Death

    Information Theory of Death

    The basic metaphysical concept behind cryonics is the information theory of death. According to the information theory of death, you aren’t dead until the structures responsible for generating or expressing your consciousness are damaged beyond hope of recovery. It is scientifically true that a great many parts of the neuron survive intact well after what…

  • Preserve Consciousness

    Preserve Consciousness

    What part of the matter in our body is necessary to retain consciousness? Brain. What part is necessary to spark consciousness? Neurons? There are some who think that if you could just preserve the neural net, you would preserve that person’s consciousness, the rest of the brain being unnecessary. They have even managed to run…

  • Computer Screen of the Self

    Computer Screen of the Self

    Now as for whether we are already living in a computer simulation… There is a facet of physics that would suggest we are not. Physics is proving to defy the nice symmetrical model they are looking for. Now what happens when you introduce asymmetry into any given vector of motion? Erratic path? Go in circles?…