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“If DNA data storage ever does go mainstream, you might have Marlon Brando to thank. Or at least, Olgica Milenkovic’s admiration for him.
Dr. Milenkovic, a professor of electrical and computer engineering at the University of Illinois at Urbana-Champaign, is one of the pioneers of the effort to store data on DNA. Her first paper, in 2015, used IDT’s gBlocks Gene Fragments to demonstrate random access and information rewriting on a DNA-based storage system. Her second used gBlocks and an Oxford Nanopore Sequencer 7.0 to encode text-oriented files from Wikipedia, then extended that to images.
Brando made DNA storage history with Milenkovic’s third paper. In that study, her team used oPools to encode eight Brando images in a more cost-effective approach to storage.
“I was very biased,” she said of the decision to use Brando. “I always loved his movies.”
You can have windows on any tablet. I just don’t recommend allowing Bill Gates silly OS near a device that usually works just fine.
These exist, there are a few choices. See the links in the video description.
Microsoft say they do it. Unsure if this is available though.
lol
Hmm, physics has been able to blame maths for being wrong for far too long now.
Logic has been a bit screwed since we discovered it was screwed.
Looks like we are gonna need these guys to outsmart the AI that overpowers us.
Bad idea – “We can say they were statistically and significantly smarter than control mice.”
Gulp! scientists “create” mice….
Wow – “Our failure rate in the water is one-eighth of what we see on land,”
Bill Gates could have done this, love the idea – one day….
Not much chance of powering these cleanly though, missed opportunity
its a thing – just ain’t caught on enough to do a whole library yet.
“If DNA data storage ever does go mainstream, you might have Marlon Brando to thank. Or at least, Olgica Milenkovic’s admiration for him.
Dr. Milenkovic, a professor of electrical and computer engineering at the University of Illinois at Urbana-Champaign, is one of the pioneers of the effort to store data on DNA. Her first paper, in 2015, used IDT’s gBlocks Gene Fragments to demonstrate random access and information rewriting on a DNA-based storage system. Her second used gBlocks and an Oxford Nanopore Sequencer 7.0 to encode text-oriented files from Wikipedia, then extended that to images.
Brando made DNA storage history with Milenkovic’s third paper. In that study, her team used oPools to encode eight Brando images in a more cost-effective approach to storage.
“I was very biased,” she said of the decision to use Brando. “I always loved his movies.”