How Cryonics are Performed--"Watch the Video at Bottom of This Page"

A surgeon performs initial procedures to gain access to a patient's vascular system, preparing for the vitrification process.

A computer displays parameters such as temperature, flow rate and pressure during the four-hour vitrification procedure.

Each aluminum container is placed in a "neuropod" or "wholebody pod" that is then immersed in liquid nitrogen. This neuropod is being lowered into position among four wholebody pods in a storage tank.

This container Below is designed to hold four wholebody patients and six neuropatients immersed in liquid nitrogen at -196 degrees Celsius. Liquid nitrogen is added periodically to replace the small amount that evaporates

If you decide to have yourself placed in cryonic suspension, what happens to you? Well, first, you have to join a cryonics facility and pay an annual membership fee (in the area of $400 a year for some places).

Once you are transported to the cryonics facility, the actual "freezing" begins. Cryonics facilities can't simply put their patients into a vat of liquid nitrogen, because the water inside their cells would freeze. When water freezes, it expands -- this would cause the cells to simply shatter.

The cryonics team must first remove the water from your cells and replace it with a glycerol-based chemical mixture called a cryoprotectant -- a sort of human antifreeze. The goal is to protect the organs and tissues from forming ice crystals at extremely low temperatures. This process, called vitrification(deep cooling without freezing), puts the cells into a state of suspended animation.

Once the water in your body is replaced with the cryoprotectant, your body is cooled on a bed of dry ice until it reaches -130 C (-202 F), completing the vitrification process.

The next step is to insert your body into an individual container that is then placed into a large metal tank filled with liquid nitrogen at a temperature of around -196 degrees Celsius (-320 degrees Fahrenheit). Your body is stored head down, so if there were ever a leak in the tank, your brain would stay immersed in the freezing liquid.

Cryonics isn't cheap -- it can cost up to $150,000 to have your whole body preserved. But for the more frugal futurists, a mere $50,000-$80,000 will preserve your brain for perpetuity -- an option known as neurosuspension. Hopefully for those who have been preserved this way, technology will come up with a way to clone or regenerate the rest of the body.

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Nanobots-Cryogenics-Cryopreservation-Vitrification-Cryonics

Nanorobotics is the technology of creating machines or robots at or close to the scale of a nanometres (10-9 metres). More specifically, nanorobotics refers to the still largely hypothetical nanotechnology engineering discipline of designing and building nanorobots.

Nanorobots (nanobots, nanoids or nanites) would be typically devices ranging in size from 0.1-10 micrometres and constructed of nanoscale or molecular components. As no artificial non-biological nanorobots have so far been created, they remain a hypothetical concept at this time.

Cryogenics is the study of the production of very low temperatures (below –150 °C, –238 °F or 123 K) and the behavior of materials at those temperatures. (Rather than the familiar temperature scales of Fahrenheit and Celsius, cryogenicists use the Kelvin and Rankine scales.)

Cryopreservation is a process where cells or whole tissues are preserved by cooling to low sub-zero temperatures, such as (typically) 77 K or -196 °C (the boiling point of liquid nitrogen). At these low temperatures, any biological activity, including the biochemical reactions that would lead to cell death, is effectively stopped.

However, when vitrification solutions are not used, the cells being preserved are often damaged due to freezing during the approach to low temperatures or warming to room temperature.

Vitrification is a process of converting a material into a glass-like amorphous solid which is free from any crystalline structure, either by the quick removal or addition of heat, or by mixing with an additive.



Cryobiology: The branch of biology involving the study the effects of low temperatures on organisms (most often for the purpose of achieving cryopreservation).

Cryonics: The emerging medical technology of cryopreserving humans and animals with the intention of future revival. Researchers in the field seek to apply the results of many sciences, including cryobiology, cryogenics, rheology, emergency medicine, etc.

Cryoelectronics: The field of research regarding superconductivity at low temperatures.

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Endless Possibilities with Nanobots & Cryonics

The Possibilities of NanoBots & Cryonics are going to make for an exciting future. Imagine not getting old, keeping the body of a 20 year old, and never having to worry about diseases.

It's all going to be possible within the next few years. Many Firms are desigining or at least attempting to design Nanobots that will repair cell structure at the cellular level. There working on the Technology right now and in the future I firmly believe they will have it perfected.

We currently use anibiotics from the Dr. when we get sick or Diseased or injured. An antibiotic attacks the virus or cause of problem within us by utilising our own immune system. When you're injected with antibiotics the antibiotics combine forces with the bodys natural defense to form a stronger defence and then actually attack the problem.

Nanobots will act similar, only they will be more specific and target the problems themself. Bio Nanobot Technology will repair broken bones, torn tissue, disfigurement, lost limbs and basically anything else that can or could go wrong with the human body. The possibilies are endless.

We currently don't have the Technology as of yet to utilise Nanobots. We do currently have Cryonic Preservation though, even though its a skeptical outcome, But To me it means there is a chance at living Foever and seeing all the things I fear I will never get to.

We currently don't have the Technology to Successfully Revive anyone from Cryopreservation without Damaging the Cell Structure. Scientist are working hard as we speak to fix this problem. In the future though I am sure we will have the Technology to Successfully Unthaw a person without damaging them.

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Cryonics? It is worth the Gamble!!

Cryonics is currently a big gamble, and even the enthusiasts acknowledge that there are many unsolved problems. But there is little to loose by choosing cryonic suspension: either it will work and restoration methods will be developed and used in the far future, or it won't:

Heres a breakdown of How I see it:

When you Die:

You are Cryonically Suspended-- Cryonics works--You live

You are Cryonically Suspended--Cryonics Doesn't work--You Die

You are not Cryonically Suspended-- Cryonics Doesnt't work-- (you are dead)


You are dead So the rational choice is to use cryonics, even if success is improbable, unless you consider the value of your life times the chance that it might work to be less than the cost of a suspension.

For me personally it's worth the effort. "They will rush out and get you after you die." They have People who are Specially trained to keep your body alive with Special Solutions and Procedures, (at least as much as possible) until they can get you to there Cryopreservation Facilities.

To me thats good news. It means death is no longer a certainty anymore, and I dont know about anyone else, but that makes my day a whole lot brighter.

Living Forever with Nano-Technology

Nano Technology may make Cryonics more possible than ever, here are some excerpts I found at nanobot. info. The possibilities are endless as you are about to read, and were still in our infance on Technology


The extreme concept of nanotechnology is the "bottom up" creation of virtually any material or object by assembling one atom at a time.

Nanomanufacturing is the creation of materials and products through: (1) Direct Molecular Assembly (DMA) -- discrete, directed assembly of individual atoms and molecules into macroscale materials and products; (2) Indirect Crystalline Assembly (ICA) -- creation of conditions that foster the growth of nanoscale crystals that are then combined into macroscale materials and products; or (3) Massive Parallelism Assembly (MPA) -- the creation of many nanomachines or nanobots whose operating parameters cause them to work synergistically to assemble atoms and molecules into macroscale materials and products.

Nanotechnology coatings are already being used to make clothing with stain-resistant fibers.

Nanotech powders are already being used to formulate high-performance sun-screen lotions.

Nanoparticles are already helping to deliver drugs to targeted tissues within the body.

Additional applications are underway in the areas of: medical diagnosis and treatments; biotechnology; advanced development of pharmaceuticals; cosmetics; aerospace and automotive industries; security, defense, and environmental protection; electronics, computers and communication; energy production, storage, and lighting; and manufacturing and product design.

Cryonics-Living Forever

The future holds allot of endless possibilities, and cryonics may be prove to be the fruit of all our labor. Me for one, I would love to live forever.

Many companies may make that possible, they already have people frozen right now just waiting on the technology to bring them back. We dont have it yet, but I think with the recent new technology and the technology of the future , I firmly believe they will be able to be fully revived without incident in th future.

Theres so much I fear I am going to miss if I dont get in on the Cryonics Program, and its cheaper than you would think. All you need is an insurance policy (at least for one company that I know of) and make them the Beneficiary.

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