I understand the behavior of it in circuits, I just don’t know how it achieves that behavior.
Also I’m curious of it’s application in the manufacturing of solar cells since my focus is in energy.
This seems more appropriate to ask the ouija board community not asklemmy.
Going from arithmetic to multivariable calculus in the span of two years. It has always been a surreal achievement for me because the more that I reminisce it, I find it really isn’t a lot of math to begin with and my entire scale (what i considered advanced level math) is now broken.
Calculus 1, I thought was the benchmark that once passed you are in A-level math. Oh boy was I wrong, calculus 1 is like the baby step for any STEM major, then you do calculus 2, and then for EEs you do calculus 3. Then after that there’s diff eq, linear algebra, stats, and finally signals congrats you have finished the math for the EE major. now its time to apply it in your other EE courses.
The fact there was more math required for the EE degree starting with calculus 2, then there was the prerequisites for calculus shows how much fucking math we actually know. The “advanced math” title is so far skewed to the left by the illitiracy rate that calculus is considered advanced math, I wouldn’t even say calculus 3 is advanced level math.
I assume when you say “low-level” its < 1 microcurie. Thats asking for radiation poisoning otherwise (unless you are taking extreme precautions)
I ask this because uranium sources i use in lab are around the 1 microcurie to 10 microcurie range that i know you can get without a license.
Because data is never free. Google, duckduckgo, kagi, they all cost money one way or another whether that be a subscription service or by forcing websites to be shit so your only option is using their LLMs. Yes the reason why the internet has gone to shit is because of LLMs
I’ve went through hundreds of search results on duckduckgo, even when I make it intentionally broad and genetic that wikipedia would cover it, it still doesn’t come as the first search result. Search engines have gone to shit because LLMs make the most money in terms of data surveillance. Meaning (take for example google) they have a profile of you, they have queries to train, they have data that can be sold to advertisers. The only reason LLMs are being pushed so much isn’t because its intelligent, it’s because it makes the most money.
There is a “search engine” that hasn’t gone to shit, and that’s called marginalia search, It’s not exactly a search engine where you can type a url and it will bring you to a page, Instead it compliments your general search engine as a research aid and you can find some golden sites.
I’ve personally used it for data sheets on IC electronics and their implementations. Unfortunately I’ve found it insufferably difficult on duckduckgo (like multiple pages deep for a datasheet, something that should pop up on the first page), and I don’t trust the output of LLMs (large lying models).
So yea, hopefully this helps.

ok, so i get how for current moving in the direction of the cathode of a diode it goes into that depletion zone where it’s nonconducting, hence the open circuit.
but for current flowing in the direction of the anode terminal how does it pass through the diode?
I understand the behavior of it in circuits, I just don’t know how it achieves that behavior.
Also I’m curious of it’s application in the manufacturing of solar cells since my focus is in energy.
The one that doesnt take hours making pretty