> If this is the case, it's just a matter of time until costs can be reduced.
Is it, though? We cannot predict technological advancement, and the times of ̶M̶u̶r̶p̶h̶y̶'̶s̶ ̶L̶a̶w̶ Moore's Law* for computational power are long gone. There is simply no guarantee that the costs will go down enough.
I think there is plenty of room to make AI inference much more energy efficient. For example, there are companies testing creating custom silicon to run the model. Once that technology matures and we have some "good enough" models for normal use, inference cost for non-bleeding-edge models can come way down.
I don't expect bleeding-edge models to become any cheaper, but previous generation models can potentially be really cheap.
I would assume that the economic reasoning, if looked at it without dollar bills covering their eyes, would apply to AI in general the way we are using it.
I went down this rabbit hole, and am now the proud owner of a PS2 (Slim), a PS2 (Fat), a PS3 (Fat), a PS4 Pro and a PS5. I also own a Nintendo Switch and a Gaming PC.
After installing a custom firmware on the PS3, I am now able to play my PS2 games, and also have the benefit of using HDMI without an expensive upscaler.
Turns out, the PS3 satisfied my needs to relive childhood memories, although I never had one as a kid growing up.
Also, I started reading books again. A pretty hassle-free childhood memory, to say the least.
I wonder if going for keyboard switches with RGB could bring the price down, if you then either print the keycaps yourself, our use a 3d printing service. 23 Cherry MX switches cost 20€, that‘s roughly 260€ for a 17x17 matrix.
If the current trend continues, there won’t be much left to reverse engineer, as your appliances will use the internet for computation, as RAM and processing power are consumed by AI data centers, so…
nah, if AI dream comes to fruition, then we can rewrite all the code and system to be better. I mean, we are pretty wasteful from resource perspective. We would need 1/20th the CPUs and ram. Your intel 586 cpu will be as good as your computer today with 1gb of ram since everything will be regenerated in the most optimal low level code.
I can see both having a place: vi/vim for more elaborate features and editing capabilities, and nano for the quick "I need to change that one little thing in my config file" fix. I prefer nano over vi every time, but I barely work over ssh more than once a month. There is simply no need for me to know more about vi/vim.
It doesn't hurt to know some basic vi/vim commands though, as you will mostly encounter them pre-installed on even the most exotic distribution.
> If you study game theory even a little one of the big lessons is that cooperation at scale is _incredibly_ hard
I never realized that game theory would give me an answer to that question. You can tell that cooperation at scale is really hard just by observing the discourse around climate change and the necessary steps, as it is something that basically involves everyone. Thanks for the hint!
Climate change is a great example of a horrid game theory problem. Solving it requires an all cooperate pact as long as fossil fuels remain one of the easiest cheapest ways to get power. As long as that’s true, any defector can outcompete everyone in industrial production and creating a higher standard of living.
The other way to beat this is to advance renewable or nuclear power or both to the point that these options are cheaper than fossil fuels, which changes the game by making defection much less profitable.
I personally think that's the only way that's likely to work. As long as fossil fuels are the cheapest easiest route to prosperity, even if the rich world makes (and actually keeps) a climate change pact there's going to be an enormous temptation for developing countries to be like "fuck you, we're poor." Poverty, as in real grinding poverty, really really sucks.
Renewable PV is the cheapest way generate electricity during daytime at appropriate latitudes.
Notice several caveats: electricity, not heat; daytime, not nighttime; only for some places on the globe.
Most energy use doesn't use electricity. It's one thing to replace an average-16%-efficient internal combustion engine with electricity and another to replace a 96%-efficient condensing boiler.
We could take all suburban United States off of fossil fuel heating with solar heating. But that would require planning up front and cost some powerful people money, so we can't.
By heat I think the parent mostly means industrial process heat, which is mostly supplied by natural gas now. Coal is still used in metallurgy.
Electric heat is rare since it’s inefficient (thermodynamics) and thus expensive but it’s used in applications where you need precision temperature control.
Of course if solar and batteries got cheap enough you could just say F it and use electric resistance heat everywhere. Time your peak production to coincide with mid day when solar is at peak.
I'm not sure how you'd patch that. Any request that’s made from the current open tab / window is made on behalf of the user. From my point of view, it's impossible for the browser to know, if the request is legit or not.
An ideal implementation of the same origin policy would make it impossible for a site (through a fetch call or otherwise) to determine whether an extension resource exists/is installed or the site simply lacks permission to access it.
Investigators would need to connect the dots. If they weren't able to connect them, it would look like a normal accident, which happens all day. So why would an agent call gigworker1 to that place in the first place? And why would the agent feel the need to kill gigworker1? What could be the reasoning?
Edit: I thought about that. Gigworker 3 would be charged. You should not throw rocks from a bridge, if there are people standing under it.
Or just don't throw rocks from a bridge, at all. /s
Who's at fault when: Your CloowdBot reads an angry email that you sent about how much you hate Person X and jokingly hope AI takes care of them, only for it to orchestrate such a plan.
How about when your CloowdBot convinces someone else's AI to orchestrate it?
Is it, though? We cannot predict technological advancement, and the times of ̶M̶u̶r̶p̶h̶y̶'̶s̶ ̶L̶a̶w̶ Moore's Law* for computational power are long gone. There is simply no guarantee that the costs will go down enough.
* thanks lucianbr!
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