explaingarlic
Joined 5 years ago
Joined 5 years ago
Started off here: https://www.youtube.com/watch?v=hZWgEPOVnuM&list=PL6e-Bu0cqf...
Ended up here: https://www.youtube.com/watch?v=_5XYLA2HLmo&list=PL6e-Bu0cqf...
And after that, I've had some recent projects that I love to mess around with such as a better license plate detection API than what currently exists for U.K. plates, and once I completed those two courses I had a good enough baseline to work from where I'd encounter a repository and google around if I needed to learn something new.
Short, simple, not painful etc. and I don't have the advanced mathematical background (nor the background within the American mathematical notation) that I'd need to digest the MIT course set, so this learning path has been the best for me. I'm no expert whatsoever, though.
Good for me, I'm still holding some XMR :-)
Supersonic flight is a question of manufacturing processes more than anything; we could always scale engines to make more power, just that making them light while being producible to a specific degree of accuracy was difficult.
Nuclear fission was discovered in 1938 and implemented successfully in 1945. Of course nobody would have thought of it - just like how I would never have thought of a ladder if I never saw one and never had a need for one. It's a question of looking at the fundamental laws and materials of matter, finding their inner workings and theorizing more useful ways of using these inner workings. We didn't put a stupid amount of effort into nuclear fission relative to how much it changed the world - I'm willing to bet that more cost has been put into r&d for office furniture than for the nuclear bomb.
Chess is a simple game of calculation, not a sign of intelligence. It merely reflects the ability to calculate, which is the strength of scalable computers. It just so happens that we came up with computers and they work well in this space - there's no telling of things we haven't discovered because we haven't thought to implement anything to do with them.
Sure, computers can write symphonies, but they are very far away from inventing something like a symphony. Which I would describe as something close to sapiogenesis.
I maintain that intelligence won't be cracked in my lifetime, knowing that I could look silly doing so. We can't even quantify what intelligence is, let alone begin to work towards it.
Either way, we are not going to see intelligent computers in our lifetime, let alone elephants. Don't mean to condemn them but sapio-genesis is often oversold as being too easy. We are nowhere near being capable of ourselves, we have just learned how to process things similarly to how brains do it, at a fraction of the efficacy and ten trillion times the cost.
Many great sopranos quotes to go along, such as..
"Much like a child, a film has many parents".
Though I believe it has regressed at least a bit with the introduction of DotNet Core.
Definitely true from a office politics standpoint. And incredibly painful. Not all problems are solvable in the office and this is for sure one of them - when I was in this position, the only thing I could do was switch jobs.
Not that it's much of a downside for us; if you live in the west you are competing with people who don't do much outside of 9-5. We have the benefit of having the ability to apply the Chinese "work till you're dead" mindset and gaining a competitive advantage, on an individual scale.
It all comes at great human cost of course, but it's not like it's not an effective method.