I'd bet on a bad update or configuration change. (likely one that prevents the affected systems from reaching the internet and being automatically rolled back)
For wideband filters used for stars and galaxies, yes. Sometimes the filters are wider then the entire visible spectrum.
For narrowband filters used to isolate emission from a particular element, no. If you have just the Oxygen-III signal isolated from everything else, you can composite it as a perfect turquoise color.
The problem with hyperspectral imaging is that it ends up throwing away 99.9% of all the light that hits your camera. It's been done for the sun and some very bright nebulae, but really isn't practical for most of the stuff in space.
That's common in high end astophotography, and almost exclusively used at professional observatories. However, scientists like filters that are "rectangular", with a flat passband and sharp falloff, very unlike human color vision.
Importantly, the planets aren't actually lined up nicely like on the site. Right now, Mars is ~5 times further then shown.
That's why so many people were taking pictures of Mars back in January, when it was actually possible to take see detail. Right now it just looks like a red orb.
They do state the test conditions "at 94 dB SPL, 1 kHz", but don't specify the units attacked to the actually measurement. It's given as a ratio to an unspecified quantity.
As they should. More often then not, going into academia means horrible working conditions and horrible pay... and there's job satisfaction when your instead of doing things you like or ones enrich society, you spend most of your time in a never ending fight for grant money.
Leaving is completely logical for anyone that wants to actually do impactful research, or wants to make a living wage, and wants sane hours and sane management.
> 1) downloading Windows exe files from Chinese forums
VMs exist. I highly doubt the author daily drives windows XP.
> 2) the USB storage provided by network card can still contain malware
Well yes, but so can any other drivers. Downloading from the manufactures website isn't any more secure. Even signed drivers have been caught doing nasty stuff.
> 3) or can be accidentally booted from
True, but again this is quite a convoluted, noticeable, and unreliable way to compromize a system. Just injecting a handful of keystrokes will do it, and once the dead is done, the device can hide all evidence of malicious intent.
> 4) it has universal USB controller, so can become any HID device: keyboard, mouse...
This isn't wtf: a lot of devices nowadays are just microcontrollers hooked up to a USB connector. Quite a few normal USB drives can be reprogrammed to act as keyboards, and be used to get up to all sorts of shenanigans, including ones made outside of China.
Another day, another LLM generated blog post on the front page.
I'm not opposed to AI tools on principle, but why does this article exist?
It's not because the author had anything interesting to say. It's not because the AI had anything interesting to say. It's a summary of a Youtube video because... clicks or something.
Just about all humor derives from some degree of suffering. Compared what the core could have done, the three deaths from the accident are nothing. Even things that are joked about often have much higher death tolls like wars and natural disasters.
This is just a 185 stage device, but later ones would have thousands of stages, and could be chained together for even longer delays. Sample rates could also be much lower then 40 kHz as low as 6 kHz was used for echo effects.
Competition is generally good for consumers, forcing companies to make a better product then the other guy, rather then the crappiest thing people will buy.
I'm not an expert on this, but there don't seem to be any reported cases of hearing loss from sounds above 30 kHz, but there are documented cases of unpleasant effects. In any case, I'd keep some distance, just to be safe.
Almost none of this is intuitive without hundreds of years of hindsight. The more subtle aspects of stability, such as avoiding oscillation mostly had to be determined experimentally. Then there is also the matter of actually constructing a plane, if you want it to be useful, it's going to need to be a lot more then some folded paper.
Thrust was definitely also a problem, a glider is not particularly useful unless it has a huge lift-to-drag ratio, which is only possible with modern materials and a solid understanding of airfoil design, which is a whole other can of worms.
Even things that seem so basic that we don't even think about them, like high were not at all obvious: just look at Sir George Cayley's gliders.