This is a truism.
So, we're not too far from building "living machines"?Life needs no Human interference in order to move , replicate and become .
Or working out how long a piece of string is.So, we're not too far from building "living machines"?
I think that's been done.Or working out how long a piece of string is.
So how long is a piece of string, then?I think that's been done.
Fundamentally the difference between the two is this ;
Life needs no Human interference in order to move , replicate and become . Life is not programmed by Humans , machines are .
some biologists suggest basic life is basic programming
Depends on the piece of sting.So how long is a piece of string, then?
That's kind of Musika's point.Depends on the piece of sting.
I don't see what that has to do with anything I said. river posted, "Life needs no Human interference in order to move , replicate and become," and I replied, "So, we're not too far from building 'living machines'?"That's kind of Musika's point.
It's the same as 'How many flapjacks does it take to cover a doghouse?'
He's saying the question is insufficiently formed.
Neither do I. I was just clarifying the common meaning of the phrase Musika employed.I don't see what that has to do with anything I said.
Neither do I. I was just clarifying the common meaning of the phrase Musika employed.
Life vs Machines
Fundamentally the difference between the two is this
Life needs no Human interference in order to move , replicate and become.
Life is not programmed by Humans , machines are .
There is no reason to presume a self-reproducing machine could evolve unless it were deliberately configured to do so.a self-reproducing machine would presumably be subject to natural selection, just like a biological organism. So they would evolve.
There is no reason to presume a self-reproducing machine could evolve unless it were deliberately configured to do so.
A requirement of evolution is the mutation of its blueprints and the incorporation of those changes in the next generation.
Biological evolution is a blind process - but machine evolution could be intelligence-based. A forklift could say, "I need to be taller to reach those higher shelves," and it could build itself taller. Then it could say, "I need a wider wheelbase to stay stable at those higher heights," and it could build in that modification. Then it could broadcast the blueprints for current and future generations to emulate and expand on.A requirement of evolution is the mutation of its blueprints and the incorporation of those changes in the next generation.
Biological evolution is a blind process - but machine evolution could be intelligence-based. A forklift could say, "I need to be taller to reach those higher shelves," and it could build itself taller. Then it could say, "I need a wider wheelbase to stay stable at those higher heights," and it could build in that modification. Then it could broadcast the blueprints for current and future generations to emulate and expand on.