The other nice feature is using standard utility blades.
I have several Stanley type box cutters and blade retraction is an infuriating experience on each one because it gets stuck, the lock button gets stuck, it doesn't slide properly, often doesn't click into place, etc. I can definitely see the appeal of an object that is actually designed to work properly.
I'm confused because over the past 20 years I've owned four Stanleys[1] and used many more and never had those problems. Are you using the absolute cheapest ones they make? Because even the ones you get at Home Depot these days have metal innards that hold up over time.
One of mine got left outside in the garden for an entire winter. One side of the enclosure is sun bleached and I had to replace the blade, but otherwise it still gets used every week and works fine.
My related question to this was why isn't China or India better at soccer? Given the population sizes and some reasonable talented soccer player probability you would think they would be outsized. Then you have the tiny East European countries that get medals. It's fascinating
Perhaps. It also seems to insulate Google from the risk that air quality regulators will be unexpectedly reinvigorated, while still providing to Google the benefits of xAI's lawlessness.
Maybe that is exactly the mechanism this happens with. People don't necessarily make these choices consciously, they might be railroaded into them by the environment in an industrialized society
It's too bad it's so hard to pin down a definition, but in practice I feel like most animals with brains experience degrees of qualia. Some mornings after a night of poor sleep when I wake up super-slow I wonder if that's how animals experience thinking.
My biggest problem with "brains are machines" arguments is that there is a risk there is unknown physics at work that is not representable as a Turing machine. What if there is some quantum field effect powering everything?
Quantum field effects? You don't need these, IMHO, if you look at how highly parallel things seem to work in brains.
Marvin Minsky's theory of a "Society of Mind" describes a (highly) distributed model of the mind. Which BTW, always reminds me of the first Shrek movie, where the donkey jumps up and down, shouting "Take me! Take me!" to Shrek. That's similar to what I observe when I'm undecided but two instances of "sub-processes" (or agents as Minsky calls them) of my mind try to get attention.
Daniel Dennett similarly gives a distributed model of consciousness. Where many parallel "processes" are at work, competing and "observing" each other. And this parallelism is happening with a much, much higher degree than any of our computers parallelism.
Mostly I have a hard time accepting that a Turing machine can experience "consciousness"/awareness. Therefore I also have a hard time with simulatable chemical processes; it feels like there is some missing link there.
I can sympathise with you, but how could a "quantum" effect" doesn't make this easier?
Maybe "Turing machine" is too abstract or simplistic as a concept? Both for real computers and brains?
I can see that a computer is on some level just a lot of sand (silica and metal) but put together in a really complex way, it "suddenly" can add and compare numbers … if we observe the complexity levels from sand to computer and try to see the analogy when comparing cells / neurons to a structure of billions of them somehow interconnected on both a physical and chemical level, evolved during millions of years, I have no problem to accept that brains are still too complex to explain for us.
They know quite a lot about how neurons work to the extent they can replace bits of brains with artificial retinas or cochleas and interface with devices like neuralink. It's unlikely there is a quantum field effect of the type you mention powering things, although of course atoms and the like obey quantum mechanics in the normal way.
> There are no moving parts, I dont think memory chips or GPU chips deteriorate naturally
I believe they do, but I too would love to know more details because there are several ways this can happen. Electromigration, package failures, VRAM failures, dielectric breakdown... Hopefully there will be studies soon similar to that old Google paper on HDD failures!
I suppose it makes sense, back then you wouldn't think there would be an existing supply chain of companies like Mopar just waiting for a car manufacturer to spin up and start buying their stuff
The original Model T plant (the Piquette Avenue plant in Detroit proper) was not vertically integrated, and in fact most of the "running gear" (all the complicated stuff, basically everything but the coachwork) was purchased as parts from the Dodge brothers (who owned a plant at what is now Detroit/Hammtramck Assembly -- formerly Dodge Main and then GM Poletown -- a GM plant making EVs like the Sierra and Hummer EVs) and merely assembled by Ford employees (albeit in an admittedly revolutionary assembly line process that changed capitalism forever).
The Highland Park plant was Ford's play to cut the Dodge Brothers out of the process by machining most of his own parts. The peak of vertical integration would be the River Rouge plant which, as you say, machined all its own parts from iron and steel made on-site from raw ore (but never made the Model T).
I have several Stanley type box cutters and blade retraction is an infuriating experience on each one because it gets stuck, the lock button gets stuck, it doesn't slide properly, often doesn't click into place, etc. I can definitely see the appeal of an object that is actually designed to work properly.
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