If you're after that, try performing for (campfire guitar? Christmas carols?) or with (entry level jams, especially electronic ones) other people. Much easier to start out that one would think, but it requires a lot of self-confidence. With performing, you can scratch that creative itch by adapting/embellishing source material. A small lick here and there or a handful of alternative voicings are enough!
Why not? Exactly because there is nothing tethering our axioms on paper to what is necessarily true. You could formulate something wildly different from ZF±C/Peano/whatever normal axiom system, but we wouldn't call it "math", and what we currently call "math" will work under any conditions
With no mathematical rigor there is no mathematical understanding. You are robbing yourself, as the concepts are meaningless without the context.
Truly appreciate the power of linear approximations by going through algebra, appreciate the tricks of calculus, marvel at the inherent tradeoffs of knowledge with estimator theory, and see the joy of the central limit theorem being true. All of this knowledge is free, and much more interesting than a formal restatement of "it was not supposed to rain, but I see clouds outside, I guess I'll expect light rain instead of a big thunderstorm".
I don't agree at all, vcv rack helped me understand synthesis in a much deeper way than I would have otherwise. What's a retrigger? Oscillator drift? Why do you modulate with a lfo? These are much simpler to understand when you're patching modules by hand in vcv, especially when you start with a blank slate.
On the other hand, before vcv, seeing a vst synth just had me overwhelmed instead.
I'd recommend everyone reading this to get free vcv + the surge vcv library, and just play around with it.
- Investing provides benefits for society at large
- Investors are exploiting the labour of others for their own gain
(but also your examples only work in a very weird worldview where everything is privatised, but I don't want to bother discussing that on this website)
Not at all, pretty much all popular languages (except C/C++) are as safe as (safe) rust. The only safety rust brings to the table is memory safety, which most languages achieve with a runtime and a garbage collector, which have a performance tradeoff.
It's not, we just use NAND everywhere because they're easier to make with transistors. You can get functional completeness with a NOR instead, or alternatively with some different combinations of other logical operators.
We even implement AND gates with NANDs in electronics (because they're way simpler), but we might not have to limit ourselves to a single base gate with mechanical computers.
If you stop squinting, you'll see that neither the average exclusive activity enthusiast, nor a person using "normie" unironically are shallow nor superficial.
Maybe your experience can be explained by how you see these people, not by how these people actually are.
Not a product. It's literally free, free as in free speech, and free as in you're free not to use it.
Building the code yourself for every update is also a solved problem on every system with a feature complete package manager, including Windows. Trust is not so easily solvable, but if you trust nobody, you can choose to look at ads.
Could you name some (not commonly known ways to get fuck you money)? As a young tech guy doing stuff in startup spaces, I'm genuinely interested.
Of course, "no silver bullet", especially to make big money, but I'm curious, from the perspective of someone who'd place around 1.3 on the spectrum you described.
Humans make better decisions when in a state they've been pretty much their entire lives than in an altered one, more news at 11.
The study seems useless - it's like giving the participants their own, long used car, asking them to set a time, and then comparing that to the time they would set in the same car, but with a slightly different clutch. I'd very gladly read a similar comparison for long term regular users.