From: [email protected] 
[mailto:[email protected]] On Behalf Of Jason Resch
Sent: Saturday, December 13, 2014 10:11 AM
To: Everything List
Subject: Re: real A.I.

 

 

 

On Sat, Dec 13, 2014 at 10:44 AM, John Clark <[email protected]> wrote:

On Sat, Dec 13, 2014 meekerdb <[email protected]> wrote:

 

 

> And deniers are luddite morons who think we can fix global warming on short 
> notice when it gets a lot worse but we can't screw it up in the meantime.

 

For heaven's sake, by 2100 we'll have full Nanotechnology and Quantum Computers 
at our disposal, or rather the human race's AI successors will. Global warming 
is small potatoes.  

 

On this I agree with John. If anyone can be accused of luddism, its the 
"technological singularity deniers", who believe technology progresses at a 
constant linear rate and are ignorant of projections of the coming intelligence 
explosion. The technological singularity will happen well before 2100, and if 
it doesn't, it will be because we've already wiped ourselves out.

 

Jason, I first got into Kurzweil around a decade ago and my thinking on this 
has become more nuanced over the years. Would like to make two related points.

The first being that there are two races going on concurrently, with one being 
the race of the increasing pace of technological/scientific development that 
will – act together in concert in a synergistic manner, according to the 
Singularity hypothesis – to accelerate the pace of change. But there is another 
race occurring on our planet, which is the race towards planetary scale 
resource depletion, biodegradation, and overpopulation. Which race will win the 
race? The pace of Singularity could falter and collapse if the industrial 
scale, supply chain linked networks of vertically integrated systems, upon 
which technology ultimately depends, begins to fall apart at the wheels, due to 
the cumulative effects of multiple resource bottlenecks… of food system 
collapse due to high dependence on petrochemical inputs (which will become 
priced out of reach for more and more farmers), top soil loss, evolution of 
super-weeds, resistant insects and other pests (due to overuse of pesticides 
and petro-chemical enabled industrial scale mono-cropping practices).

Our current situation is highly complex and multi-factor-dependent. It is not 
as simple – IMO – as Singularity is inevitable. As I have argued above there 
are many ways large scale collapse could be triggered… a large scale war in 
Eurasia could do the trick for example.

 

Secondly singularity is not proceeding at an equal – or even a geometric pace 
-- across all facets of technology. I work in IT, and am looking at multi-core 
laptops with TB solid state HDs etc. so I am right smack in the middle of 
Moore’s Law land. It is a constant learning process to keep up with the rapid 
pace of change in my field. But Moore’s Law does not apply equally across the 
landscape of technology. For example the pace of battery technology as measured 
say by gravimetric capacity. If we base line capacity at 1859, when Gaston 
Planté first invented the lead acid battery and graph the pace at which 
capacity has improved we will not see the geometric curve we see with Moore’s 
Law, rather it will look much more linear and be comparatively flat. Similarly 
for ICE engines (the very best ICE engines still only get about 20%-25% useful 
work with the rest being wasted in a thermal tailpipe). Graph improvements to 
ICE efficiency from the Model T to today. We do not get Moore’s Law; we get an 
almost flat linear progression of incremental improvements. There is a long 
list of critical technologies which have proven quite resistant to Moore’s Law.

Technological progress and the pace of technological progress is lumpy; in some 
areas it is racing ahead along the Moore’s Law vortex towards Singularity (one 
of these areas is Solar PV, which does follow a Moore’s Law geometric doubling 
graph). But in many other areas – areas that are also of critical importance to 
overall system performance – the pace has been stubbornly linear and the slope 
of change has remained painfully flat.

When I was a kid I thought we would have Mars Colonies by now. Are the rocket 
engines we make today all that much improved over the Apollo rocket engines? 
How is Singularity coming along in rocket engine technology?

Perhaps, in the end this does not matter and some disruptive technology will 
arise and change the landscape; I am agnostic. Am intrigued about additive 
manufacturing as being that disruptive technology, but that is a whole other 
thread.

My second point can be summarized with the word lumpy. The pace of change is 
lumpy. In some areas it is rapid and graphs along a geometric curve; while in 
others it is linear and often the linear slope is not much more than flat. 

-Chris

 

For those unfamiliar with the concept, I recommend this as a good primer:

 

http://www.kurzweilai.net/the-law-of-accelerating-returns

 

An analysis of the history of technology shows that technological change is 
exponential, contrary to the common-sense “intuitive linear” view. So we won’t 
experience 100 years of progress in the 21st century — it will be more like 
20,000 years of progress (at today’s rate). The “returns,” such as chip speed 
and cost-effectiveness, also increase exponentially. There’s even exponential 
growth in the rate of exponential growth. Within a few decades, machine 
intelligence will surpass human intelligence, leading to The Singularity — 
technological change so rapid and profound it represents a rupture in the 
fabric of human history. The implications include the merger of biological and 
nonbiological intelligence, immortal software-based humans, and ultra-high 
levels of intelligence that expand outward in the universe at the speed of 
light.

 

Jason

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