4 ms·
Even if you can make it work, DNA stability is poor. I don't see why you wouldn't use a higher fidelity atomic storage solution.
by chris_va 10y ago
Even if you can make it work, DNA stability is poor.
I don't see why you wouldn't use a higher fidelity atomic storage solution.
- jon_richards 10y agoDNA stability is quite high. To the point where there is actually a movement to get scientists to stop freezing DNA for long term storage because it uses large amounts of energy for no reason.
- chris_va 10y agoWell, freezing/thawing will create sheer that destroys the DNA, so I think the reason is different.
- patall 10y agoYou are seriously mistaken. At abient temperature, DNA is very stable. Even in an active environment as a human, it keeps quite stable for about 100 years. Isolated for multiple millenia. It is the reason we can sequence neanderthals etc nowadays. It wont be stable for millions of years but with some redundancy you could easily make it to 100.000
- chris_va 10y agoI'm not sure this is correct. Maybe if you completely isolate it from radiation. The human body is constantly repairing DNA damage.