Bookmark and Share

Alex Bäcker's Wiki / Need Death be Irreversible
  • If you are citizen of an European Union member nation, you may not use this service unless you are at least 16 years old.

  • Stop wasting time looking for files and revisions! Dokkio, a new product from the PBworks team, integrates and organizes your Drive, Dropbox, Box, Slack and Gmail files. Sign up for free.

View
 

Need Death be Irreversible

Page history last edited by Alex Backer, Ph.D. 5 years, 7 months ago

It is unfortunate that a web search for The Science of Resurrection yields but one result that does not contain the words faith, God, Jesus or Christian, and that this is Stray Leaves from Stray Literature and Fantastics and Other Fancies, by Lafcadio Hearn, published in 1922. "The science of resuscitation" does yield 1,310 web results at the time of writing. But this is mostly applied to cardiopulmonary resuscitation, or CPR.

 

      They say that only two things are sure in life: death and taxes. Taxes are indeed sure anywhere but in a deserted island. As to death, we know nobody truly old who has not been affected. The question is, must it truly always be irreversible?

      I claim it need not. With this essay, I wish to stimulate the development of a science of resurrection.

Many deaths would be reversible if the right care was applied soon enough. Organs can be replaced, antibiotics applied, etc. So the key is preventing irreversible damage until proper care arrives. This means we need to understand what damage is truly irreversible and how it can be prevented until care arrives. One way, for example, might be to have back-up organs --a heart that goes into action if the main one fails, for example. The same goes for the carotid artery, and any organ or body part which causes irreversible damage if it fails.

 

Altadena, October 28, 2007

Comments (3)

Alex Backer, Ph.D. said

at 7:33 pm on Jun 27, 2009

Wouldn't Michael Jackson's death, for example, have been avoided if he had had a spare heart?

Kane Ford said

at 5:54 pm on Jun 15, 2010

Where would we fit the redundant systems?

Alex Backer, Ph.D. said

at 7:31 pm on Jun 15, 2010

Great question, Kane. First, the human body is very elastic, as demonstrated by the enormous variations in body mass exhibited by different people. An extra standard-size heart would occupy a lot less than the amount of excess fat in the average American. Second, miniaturization and nanotechnology could be used to make the spare organs much smaller than the original.

You don't have permission to comment on this page.