Originally posted by john_bmth
reply to post by salainen
This storage medium wouldn't evolve any more than you hard disk is capable if evolving.
So your saying that this DNA does not mutate? And does not degrade (ie. wont require replication)?
Originally posted by john_bmth
reply to post by salainen
This storage medium wouldn't evolve any more than you hard disk is capable if evolving.
Originally posted by salainen
Originally posted by john_bmth
reply to post by salainen
This storage medium wouldn't evolve any more than you hard disk is capable if evolving.
So your saying that this DNA does not mutate? And does not degrade (ie. wont require replication)?
Originally posted by john_bmth
reply to post by PragmaticBeliever
Who put what data into our DNA? The article mentions nothing of the sort.

Originally posted by PragmaticBeliever
Originally posted by john_bmth
reply to post by PragmaticBeliever
Who put what data into our DNA? The article mentions nothing of the sort.
Did you read the entire Slayer´s post ? Or just the article?
Go ahead... Read![]()
Originally posted by FanarFanar
reply to post by Apleness
Where did you get that number from? 7TB for 200 pages of text? An average page of text only clocks in at 3KB.

Originally posted by FanarFanar
reply to post by Apleness
That is 7TB per gram of synthetically produced DNA. They are extrapolating a data to Wight ratio from the strand they created to encode the book.
My numbers still stand for human DNA storage potential.
Our total mass is not comprised of unique DNA. It's 6 billion base pairs repeated in our cells. Which means that human DNA has the storage potential of 683.10MB as I already stated.
edit on 23-8-2012 by FanarFanar because: (no reason given)


