That inflation is a large part of why consumers are sensitive to this price increase. This is fundamentally a purchase with disposable income. Inflation reduces the disposable Income of the population until (if ever) wages catch up with inflation.

I can carry my groceries on my bike pretty easily. How out of shape are you?

Hey, I fell asleep halfway through your comment. Can you make it more engaging for me?

Peter Jackson’s King Kong

Man, where are people seeing all these cyclists? I have never seen a cyclist run a red light in my entire life but I have seen well over a hundred cars do the same thing.

I think Satisfactory hits a few of these targets, if you haven’t already tried it. The amount of resources is determined by a map that is not procedurally generated, so there is a hard cap to your resources per minute, though the resources never run out. So end game focuses more on playing efficiently rather than brute expansion.

The problem here is that in order to change a microwave to UV, you need to add energy to it. Generally, diffraction and distortion of light waves don’t change what part of the spectrum they’re on - that’s why water doesn’t change the color of light passing through it. The wavelength changes, but critically, the frequency doesn’t, and frequency is really what defines the energy of a given photon, which in turn defines the part of the spectrum it’s on. So if the microwave is turning into UV somehow, that means it has to be stealing energy from the container or food, which would make the food colder.

I’d expect the only UV rays that would be emitted within a properly functioning microwave would be from the appliance light bulb inside of it if it’s still an incandescent design or from the food/container itself if it gets sufficiently hot. I’m not sure of any mechanism in the magnetron that would make UV in any substantial amounts.

Here I am, getting a PhD with an intention to teach high school.

Radioactive elements were formed in the last moments of a collapsing star, so even those were formed during fusion.