The military analysts point to the age bubble in China as the tell for Taiwan. They really can’t play the long game because of the population bubble. Most project that peak invasion opportunity is around 2027 and the risk goes down substantially after 2030 and then 2035.
We are less than 10 years away from the final fab node. The exponential growth is over. It actually already is over as the people on the bleeding edge are already at the end.
Most people are ignorant of the implications here. Silicon chips are the only time in human history when a civilian industry grew faster than the largest military could finance. There is no replacement. We will return to the ways of 80+ years ago. The next major age of technology is biological, but we are still centuries away from that future.
We are less than 10 years away from the final fab node
Beyond fab nodes, there are things like advanced packaging approaches, BPD.
New nodes will probably start to offer more modest gains (while costs will start growing beyond the current 20-30% increase per node), but that doesn’t mean there won’t be improvements in leading edge semi-conductor performance.
The importance is on exponential growth beyond that of military spending. The leader of the global economy has massive overall implications on geopolitics.
I’ve seen that analysis and it makes sense under the population bubble hypothesis. I think the population problem is overstated though, because it’s actively being solved through automation-driven productivity improvement. Robotics use is exploding in China.
The military analysts point to the age bubble in China as the tell for Taiwan. They really can’t play the long game because of the population bubble. Most project that peak invasion opportunity is around 2027 and the risk goes down substantially after 2030 and then 2035.
We are less than 10 years away from the final fab node. The exponential growth is over. It actually already is over as the people on the bleeding edge are already at the end.
Most people are ignorant of the implications here. Silicon chips are the only time in human history when a civilian industry grew faster than the largest military could finance. There is no replacement. We will return to the ways of 80+ years ago. The next major age of technology is biological, but we are still centuries away from that future.
Beyond fab nodes, there are things like advanced packaging approaches, BPD.
New nodes will probably start to offer more modest gains (while costs will start growing beyond the current 20-30% increase per node), but that doesn’t mean there won’t be improvements in leading edge semi-conductor performance.
The importance is on exponential growth beyond that of military spending. The leader of the global economy has massive overall implications on geopolitics.
I’ve seen that analysis and it makes sense under the population bubble hypothesis. I think the population problem is overstated though, because it’s actively being solved through automation-driven productivity improvement. Robotics use is exploding in China.