Very large monitors are amazing. I’ve been rocking a single OLED 48” monitor for my MacBook Air M3. It is killer and I can not go back to smaller screen sizes. I just wish it was 6K or 8K instead of my current 4K. And if I do upgrade it will be to a 52/55”.
Original title was too long: "Canada agrees to cut tariff on Chinese EVs in return for lower tariffs on Canadian farm products"
Key details:
"there would be an initial cap of 49,000 vehicles on Chinese EV exports to Canada, growing to 70,000 over five years. China will reduce its tariff on canola seeds, a major Canadian export, from about 84% to about 15%, he told reporters"
Festool also makes a number of other cool tech like the SawStop. This is a little expensive and hard to justify for a hobbyist such as myself but still cool. I wonder how effective it actually is.
Limited use because it only works on straight pasta. The majority of pasta is not straight (penne, rigatoni, fusilli, macaroni, etc..) and thus you still need to measure it properly in some way.
it is integrated in the box of the straight pasta... how is it "limited use" other than being part of the box that goes in the trash when the straight pasta is gone?
Whatever it does (if the phenomenon is real) I'm sure it can be easily detected. If it is powerful enough to affect the human body, sensitive electronics will have no issue detecting it.
Edit: ah it's pulsed radio waves, so basically a radar (which itself is really a microwave oven without the door). Really easily detectable with as much as a diode. It could also cause weird effects in electronics. Like ccfl bars glowing on their own. They might have found a frequency or pulse form that the human body is exceptionally sensitive to.
I'm just a bit sceptical. We know radar can be dangerous at really high power but I'm sure this is the very first thing they would have checked for when this syndrome first came to light. I'd be surprised if the whole radio spectrum around embassies in sensitive parts of the world isn't monitored as part of standard counter surveillance.
I suspect the main issue is economies of scale. There is little demand thus there are no multibillion dollar plants optimized for delivering them at scale. (The same reason why 8K TVs are not yet cheap.)
There used to be tons. Heck there were even options we used to use where you could overlay over your CRT. That market has leveled out to what the market wants at this point.
Using cost per area metric for LCD panels when we stopped for the most part increasing resolution means you will find that the main driver of lower costs is the cost of glass.
Basically, we have been, since 2018 (I incorrectly wrote 2010 here earlier), only spreading out the same number of pixels on larger areas of glass, so the number of pixel components per unit area has decreased.
I have tried to price out 8K TV/monitors and they are horribly expensive (also not supported on MacOS). Probably both because of the larger number of components and we haven’t yet achieved economies of scale.
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