We have tons of data on how traffic develops over time for bridges, and besides they are engineered to withstand being pack completely with vehicles (bumper to bumper).
And even if we didn’t, we still know what vehicles look like and can do worst case calculations that look nothing like sci-fi scenarios (heavy truck bumper to bumper in all lanes).
On the other hand:
What are we building? Ask 10 people and get 10 different answer.
What does the architecture look like? We haven’t built it yet, and nobody knows (with certainty).
Name one thing it can do: <Sci-Fi sounding thing goes here> or ask 10 people and get 10 very different answers (number 5 will shock you)
I’ll give you my personal take on those three:
We are building something that can “do useful things we don’t know how to do”
I don’t know, but give current trajectory very likely something involving neural networks (but unlikely to be exclusively).
Design (and possible build) the technology necessary for making a molecular level duplicate of a strawberry, with the ability to identify and correct cellular damage and abnormalities.
Those are not the same at all.
We have tons of data on how traffic develops over time for bridges, and besides they are engineered to withstand being pack completely with vehicles (bumper to bumper).
And even if we didn’t, we still know what vehicles look like and can do worst case calculations that look nothing like sci-fi scenarios (heavy truck bumper to bumper in all lanes).
On the other hand:
What are we building? Ask 10 people and get 10 different answer.
What does the architecture look like? We haven’t built it yet, and nobody knows (with certainty).
Name one thing it can do: <Sci-Fi sounding thing goes here> or ask 10 people and get 10 very different answers (number 5 will shock you)
I’ll give you my personal take on those three:
We are building something that can “do useful things we don’t know how to do”
I don’t know, but give current trajectory very likely something involving neural networks (but unlikely to be exclusively).
Design (and possible build) the technology necessary for making a molecular level duplicate of a strawberry, with the ability to identify and correct cellular damage and abnormalities.