The laws of physics still apply. We already have to do all kinds of crazy tricks to make transistors as small as they are and not leak electrons all over the place due to quantum tunneling. The best thing we figured out how to do is just pile on more CPU/GPU cores.
It’s also arrogant to assume we will continue on this exponential industrial-revolution growth of the last 300 years and not plateau as a species again for the next thousand.
The laws of physics are no less or more applicable to our own biology in terms of complexity, density, scale, and information capacity and in most ways is far less efficient and accurate than their silicon counterparts.
There is nothing to suggest the growth in computer intelligence is going to stop occurring or it’s doing anything but just getting started.
The laws of physics still apply. We already have to do all kinds of crazy tricks to make transistors as small as they are and not leak electrons all over the place due to quantum tunneling. The best thing we figured out how to do is just pile on more CPU/GPU cores.
It’s also arrogant to assume we will continue on this exponential industrial-revolution growth of the last 300 years and not plateau as a species again for the next thousand.
The laws of physics are no less or more applicable to our own biology in terms of complexity, density, scale, and information capacity and in most ways is far less efficient and accurate than their silicon counterparts.
There is nothing to suggest the growth in computer intelligence is going to stop occurring or it’s doing anything but just getting started.