Is this going to be a computer full of vials of DNA and liquid pips? I'm not sure how this is going to convert to digital format exactly. Liquid computers sound cool though.
The last part encapsulated it all.. "Who created a 🪛 didn't know it could be used as a paint can opener right?...".. have an open mind... This shows humans and life makeup potential that can be used for other equally important things to life... Of course there would be negative consequences...but, what doesn't have one... Question is "this much power, what is the risk-benefit ratio ?
In my opinion biological environments may not be suitable environments for computational systems, but they can be modeled and used in another environment.
VN didn't invent game theory . Gerolamo Cardano (the Cardano Project was named after him) has written a book on game theory in the 1500s...... meeeehhhhhee
the VN architecture (sharing data and code to make computers cheaper) lead to the vulnerability and exploit jungle we have today...... again .... meeeeeheeeee
This video is very misleading... Yes it's true that Von Neumann architecture is mostly a consecutive model rather than concurrent. But we solved this issue LONG time ago. Multiple CPUs & cores can have their own pool of memory. Cache coherency is difficult to solve but has been solved and I'm not sure how DNA could help with that... It also doesn't take ages to do a database lookup, otherwise your google search wouldn't be able to return results in mere milliseconds. Lookups can be broadcasted to multiple threads/hosts. This video acts like parallelization doesn't exist 😂
I think what the video is saying is that extraordinarily large data-sets (like the extremely dense kinds gathered by particle accelerators, etc), especially when the majority of data is in cold storage and not all in an active tier, can take a very long time to search through.
Ever thought of using XNA instead of DNA? Hachimoji-DNA for example has 8 bases instead of 4 and could thus encode more data per chunk.
wow
Whoever edited this video needs to make a pop sci science channel here because goddman this was fun and informative to watch😂❤
This is a beautiful piece of work
What about stability of DNA (and data simultaneously) ?
Insane potential go Catalog!
This is incredible
Insane!!
Brilliant visuals
Wel here we are ! The nice info stuff! 😁
Is this going to be a computer full of vials of DNA and liquid pips? I'm not sure how this is going to convert to digital format exactly. Liquid computers sound cool though.
What a great montage! wow! amasing chanell! how come it has so little subscribers and views! OMG.
I have same thoughts
Thx
Just another spin on OOP (object originated programing).
I think this seems stupid. It's a very expensive, slow and unsafe way to store and retrieve data.
Then It’s a good thing you’re not researching this technology
Trying stupid things is what humans do
The last part encapsulated it all..
"Who created a 🪛 didn't know it could be used as a paint can opener right?...".. have an open mind... This shows humans and life makeup potential that can be used for other equally important things to life... Of course there would be negative consequences...but, what doesn't have one... Question is "this much power, what is the risk-benefit ratio ?
How so?
In my opinion biological environments may not be suitable environments for computational systems, but they can be modeled and used in another environment.
Memristors
VN didn't invent game theory . Gerolamo Cardano (the Cardano Project was named after him) has written a book on game theory in the 1500s...... meeeehhhhhee
the VN architecture (sharing data and code to make computers cheaper) lead to the vulnerability and exploit jungle we have today...... again .... meeeeeheeeee
This video is very misleading... Yes it's true that Von Neumann architecture is mostly a consecutive model rather than concurrent. But we solved this issue LONG time ago. Multiple CPUs & cores can have their own pool of memory. Cache coherency is difficult to solve but has been solved and I'm not sure how DNA could help with that... It also doesn't take ages to do a database lookup, otherwise your google search wouldn't be able to return results in mere milliseconds. Lookups can be broadcasted to multiple threads/hosts. This video acts like parallelization doesn't exist 😂
I think what the video is saying is that extraordinarily large data-sets (like the extremely dense kinds gathered by particle accelerators, etc), especially when the majority of data is in cold storage and not all in an active tier, can take a very long time to search through.