Technically, it is neither legal nor illegal in California. It's just tolerated and there is no relevant law.

In other states it is explicitly illegal.

Exactly.

Think of the rear monitor as just another mirror. You're supposed to check all the mirrors. Well, the rear monitor is just one more to check. Big deal.

Did you know lane splitting is illegal almost everywhere? Most motorcyclists apparently don't, or don't care, because they do it anyway.

Love it when motorcyclists complain about how boneheaded cagers are while they themselves don't follow the rules of the road.

Yeah, looks like it basically only worked until a functioning black market was in place. When you have a black market capable of meeting 60-70% of the demand that was present when it was legal, I think your ban is a total failure.

So much victim-blaming language going around here. "Hey, nobody would take pictures of her if she'd just stop wearing skirts!" Gee, maybe it's the douchebag taking the pictures that's the problem, huh?

Upskirt photos don't just "happen," they're taken intentionally by people who are willfully invading the personal space of another. There are numerous contexts in which one has an expectation of privacy. What is beneath one's skirt is one such context.

I suppose if someone uses a public bathroom and someone takes photos/videos of them from the adjacent stall, that'd be fine, too? After all, if you didn't want to be photographed, you wouldn't use a public restroom where there are gaps between the stall walls and the floor/ceiling.

People who are doing nothing wrong shouldn't have to adjust their behavior in order to thwart miscreants. The law should side against the miscreants.

Thanks for the clarifications and corrections! :)

I think the issue is that storing all of those potential solutions "just in case" is space-prohibitive. To store every single possible SHA256 hash, you would need ~3.2*10^60 exabytes. Totally outrageous amount of space, right? And that's not even counting the proof of work, which also needs to be stored. The issue isn't knowing the hashes themselves, it's having the proof of work to demonstrate how you found them, and that's the part that takes enormous amounts of computation to produce (but is extremely easy to verify by the network once it's done.)

It's possible some people do store the very low results in order to solve high-difficulty (low-target) blocks on down the line, but I'm under the impression that producing such a hash occurs so rarely that no one would be able to effectively hoard them. Maybe you produce one and keep it and you can use it 3 blocks from now, but then you don't have another for 100 more blocks. (Numbers pulled out of my ass, you get the idea.) Generally, you always want to solve the block you can now, because even if the solution you found may be usable on a future block, you just gave up the current block to someone else, and the blocks that have 20 BTC payouts have a finite supply.

I should point out that the network automatically adjusts the difficulty every 2016 blocks (roughly every two weeks) based on average block solve time, so if somebody hoarded a bunch of low-value hashes and proofs and then dumped them all at once, it would very likely make the next round much harder because the network would deliberately make it more difficult.

I assume you're asking how the "mining" works, and that's actually pretty easy to explain.

Each bitcoin block is generated with a SHA256 hash of the block's header. Presumably, the header information is not guessable, otherwise it would be pointless.

The SHA256 hash becomes the "target." In order to successfully mine the block, you must produce a hash with a value lower than the target. The lower the target, the harder it is to mine the block. Since SHA256 hashes (as far as I know) do not leak any information about the plaintext, the hashes are attempted essentially at random. Successfully mining a block is essentially like winning the lottery because there is no known way to make educated guesses about what text might produce a hash below the target's value.

Once an acceptable hash has been generated by a miner, it is submitted to the network with a proof of work that permits the rest of the network to essentially check the solution. At that point, the block is considered completed, the transactions are processed, and the successful miner is awarded the transaction fees plus 20 new BTC.

I don't think the rainbow table comparison is apt because you're not attempting to produce hash collisions, only find hashes below a set value. Finding a collision is exponentially more difficult, by design.

In any case, current inflation rates are very low, and anyone who actively wants deflation is an idiot--deflation is a growth-killer.

Few things have a "set meaning" because that's how language works. Meanings are consensual, not static nor existing in some abstract, pure form. Any identity one claims is not necessarily a precise description of who they are--I know several people who, in fact, do not find any of the existing gender or sexual orientation designations precise enough to fully agree with, but they'll claim the one that's closest because it's preferable to have some identity than be left in the uncomfortable position of not having a term to identity with at all.

The issue with "male" and "female" is not a lack of precision but rather their narrow scope and insufficiency for describing various realities. There is a difference between having to use a term you don't identify with at all and using one that you don't completely identify with but find close enough to suit your purposes.

This is why "male" and "female" (or, if you prefer, "man" and "woman") get modifiers. Designated male/female at birth, trans woman/man, etc. In and of themselves, they don't necessarily say enough to constitute something one is comfortable identifying with.

Basically, the purpose is for people to have terms describing identities they are comfortable claiming as their own, rather than forcing them to fit inside boxes others have built and insist on keeping narrow and limited. I may be explaining it poorly but that's where I'm coming from. (I say this as a hetero cisgender male, so I have no personal stake other than my friends who do.)

I guess you'd better go talk to actual sociologists, geneticists, and psychologists, because those fields all say you're full of shit.

Gender identity has precisely nothing to do with sexual orientation, but thanks for playing (and demonstrating your own profound ignorance.)

"Male" and "female" are actually used quite inconsistently in terms of what they mean, so the precision argument doesn't get much traction with me. This is a matter of self-identification. Precision is not the utmost concern, but rather respecting other people's identities and their right to assert them.

"IA" has also been appended to the end of that, signifying those who are Intersex and Asexual/Aromantic. (Some think the "A" stands for "Ally/Allied." It does not.)

Indeed.

Sex is biological, though it can be indeterminate due to being intersex or a chimera.

Gender is also biological, and usually aligns with your sex, but not always.

Gender roles are social/cultural, and define what we expect of someone's behavior based on their gender.

People often get gender and gender role mixed up, thinking they are the same thing when they aren't.