My term for this is “Whitey’s goin’ to the data center”. We are looking at an arms race, where there really is genuine new technology and it will make a difference - but at the 1-2% per annum of an economy level - compounded over fifty years that is geo political dominance yes, but it’s not “machines of loving grace” level growth.
We already have thousands of geniuses working across our economies and teaching our youth. The best of our minds have every year or so been given a global stage in Nobel speeches. We still ignore their arses and will ignore it when AI tells us to stop fighting or whatever.
The real issue here is that wafer scale chips give 900,000 cores, and nothing but embarrassingly parallel code can use it - and frankly no coder I know writes code like that - we have to rethink our whole approach now Moores law is over. Only AI has anything like ability to use the processing ability being built today - the rest of us can stick to cores from 2016 and nothing would change.
Throwing hundreds of billions at having a bad way to program 1 million cores because we have not rethought software and businesses to cope seems wrong - both because “Whitey” can spend it on better things but also because it is an opportunity - imagine being 900,000 times faster than your competitors - what’s does that even mean?
Edit: Trying to put it another way - there are two ways AI can help us - it can improve cancer treatments at every stage of medical care, through careful design and creation of medical AI models that can slowly ratchet up diagnosis, treatment and even research and analysis. This is human organisations harnessing and adapting around a new technology
Or AI can become so smart it just invents a cure for cancer.
I absolutely think the first is going to happen and will benefit the denizens of the first world first. The second one requires two paradigm shifting leaps in the same sentence. Ten years ago I would have laughed in Anthropics face. Today I just give it a low probability multipled by another low probability- and that is an incredible shift.
We already have thousands of geniuses working across our economies and teaching our youth. The best of our minds have every year or so been given a global stage in Nobel speeches. We still ignore their arses and will ignore it when AI tells us to stop fighting or whatever.
The real issue here is that wafer scale chips give 900,000 cores, and nothing but embarrassingly parallel code can use it - and frankly no coder I know writes code like that - we have to rethink our whole approach now Moores law is over. Only AI has anything like ability to use the processing ability being built today - the rest of us can stick to cores from 2016 and nothing would change.
Throwing hundreds of billions at having a bad way to program 1 million cores because we have not rethought software and businesses to cope seems wrong - both because “Whitey” can spend it on better things but also because it is an opportunity - imagine being 900,000 times faster than your competitors - what’s does that even mean?
Edit: Trying to put it another way - there are two ways AI can help us - it can improve cancer treatments at every stage of medical care, through careful design and creation of medical AI models that can slowly ratchet up diagnosis, treatment and even research and analysis. This is human organisations harnessing and adapting around a new technology
Or AI can become so smart it just invents a cure for cancer.
I absolutely think the first is going to happen and will benefit the denizens of the first world first. The second one requires two paradigm shifting leaps in the same sentence. Ten years ago I would have laughed in Anthropics face. Today I just give it a low probability multipled by another low probability- and that is an incredible shift.