UwUpeans, so great, and so horrid at the same time.

You sir/madam/gentlebeing, are a most delightfully twisted individual.

The 7th lesson will be revealed in our FREE three-part email course.

Tl;dr:

Bathtubs started small due to size constraints of rooms, but got smaller because it’s cheaper to manufacture and handle smaller tubs.

#savedyouaclick

How is it messy for the employer to keep wages at market prices?

You don’t have to match anything or contend with mass quitting if you just pay the going rate to start with.

Sounds like great news, no?

Just as we had a time before fungus digesting plant matter, we’ve now had a time before fungus digesting plastics.

“Soon” we’ll get bacteria and insects doing the same, and all our plastic buildings will need to be protected just as the wood ones.

Written with ChatGPT no doubt

Nothing to show and a day closer do death, as the song goes.

As with all things Conservatism/Regressivism it’s more about the comfort of doing things the same than it is about adaptation.

But that wouldn’t be conservatism, no?

If you’re buying tickets that far in advance, PTO is less of a request and more of “notifying you to fill those days”.

Heat is electromagnetic radiation - photons, sound is mechanical displacement - phonons.

They mostly propagate the same due to being waves, in most other respects they are very different.

Heat convection is an entirely separate process where heat radiation is aided by the movement of the surrounding medium. Where it would otherwise heat up it’s environment, convection keeps the environment from heating up. Compare coffee in a thermos (very little convection) to a cup you’re blowing on (significant convection); more air movement - more cooling.

Also, destructive interference does not at all work like that.

Maybe a more useful analogy could be that waves have like walking animations, where in part of the animation they go up, and in another part they go down. Destructive interference happens when a wave in its’ “up” phase crosses a wave in it’s “down”, meaning the resulting movement looks like nothing. The waves don’t however interact in any way, and will continue on their way and on their own animation cycles.

The shifting and heating parts are technically true but require very specific circumstances, enough so that I’m more prone to believe it’s another misunderstanding of the physics behind this. But I’ll give you the benefit of the doubt.

Also work as pocket eggs, a portable snack

Yeah, I’m sure you’re right

Unfortunately I don’t agree.

Good reasons to omit details include brevity, legibility, pedagogy and scope.

Showing the supporting evidence for all steps in an evidence chain is simply not feasible, and we commonly have to accept that a certain presupposed level of knowledge as well as ambiguity is necessary. And much of the challenge is to be precise enough in the things that need precision.

You’re right to be sceptical until more data is presented, but saying no claim of progress is ever true is quite obviously a gross misrepresentation of our current reality. You are doing this on digital devices interconnected with millions of users ar staggering speed and latency. Every part of which are scientific claims.

There’s a relevant physics anomaly called a Helmholtz resonator, or more broadly waveform interference.

Me calling you Shirley, no matter how much you insist you’re Tom, doesn’t make Shirley a slur, it just makes me a rude asshole.

When does this raise questions of precedent? Is everyone entitled to 10 violations of a gag order in NYC now?

What I find interesting is that for me personally, writing the fantasy down (rather than referring to it) is against the norm, a.k.a. weird, but not wrong.

Painting a painting of it is weird and iffy, hanging it in your home is not ok.

It’s strange how it changes along that progression, but I can’t rightly say why.

@toboggonablaze is essentially correct, but let me try explain it in a slightly different way.

Lasers do a bunch of things to basically shoot a stream of photons at something. There’s basically two ways you can affect how much energy comes out of a laser, you can make the stream denser (more photons per second) - called intensity, or you can increase the energy in each photon.

The weird part about photon energy is that higher energy photons are of a different “color”, where red is lower than green, is lower than blue, is lower than gamma rays, etc.

So changing the color of a laser already means you’ve changed how much energy it can output.

Then there’s another part of your question: how lead gets heated up. Different materials respond differently to different types/wavelengths of light, an example you might be familiar with is that glass panes let through visible light, but not the heat from the sun, or that water also is see through, but can easily be microwaved (by microwaves - low frequency light).

Basically, a material can be more or less “translucent” in certain frequencies. I’d like to look lead up for you, but Google isn’t cooperating today. But basically, there are frequencies that lead will be more and less susceptible to.

That’s probably not what you meant with the question, but if that’s the application you want to use the laser for, you might want to take it into consideration.

So, in summary: color is energy, intensity is energy, you can change both independently, so your question doesn’t quite make sense.

Also, different targets will heat differently, also not making it a fair comparison.