EDIT: I understand optimizing search algorithms to create better P=NP O(n) solutions. So, I guess I not totally stupid.
590 karma · joined May 20, 2013
EDIT: I understand optimizing search algorithms to create better P=NP O(n) solutions. So, I guess I not totally stupid.
THIS! THIS is why I love programming and electronics/mechanical engineering. I live for the new ways to think.
Without better end-node security, individuals and the entire internet are always at risk. (I'm primarily looking at you Windows...). In other words, IMO big government and corporate overreach are minor problems compared to the active-assault going on to dominate the non-technical end-user computers.
Thanks! Considering 'List' is one of the few structures of FP I understand, that makes actual sense.
IMO That resource is GDP. If American's can't find meaningful work that has financial value not just domestically, but internationally, we'll see how much of that resource is left after a few decades. Or more accurately, we'll see a VERY tiny percentage of Americans with vast wealth and the majority struggling for subsistence because the government has essentially been deactivated due to lack of funds.
How is it a program like DARE could have gone on for so long without peering into their own performance metrics to see if the program had any value?
It's a rhetorical question. It's obviously political. A group of powerful people banked their political cred on the concept and was unwilling to admit defeat. Just like the entire drug war.
Call it the "We actually care about human life price control" or something. They can use it as marketing ammo as well. Proving they actually care is good for business.
Point being, how hard would it be to take pre-existing MRI plates to a specialist and buy an hour of their time to just take a look?
"But pilot wave theory could still be important, because it has a different conceptual formulation, so if you set out to modify the theory, you get different modifications. In that sense, it is a good new idea. I personally think that you can produce a truncation of pilot-wave which doesn't coincide with ordinary quantum mechanics, but which is mostly the same as quantum mechanics when you are dealing with only a few particles only slightly entangled. In this case, you need the wavefunction to be a complicated function of the hidden-variables (the particle positions) which only obeys the Schrodinger equation approximately. This type of thing is a true modification of quantum mechanics, but I was never 100% sure that it works. I described the idea roughly in my answer to one of 'tHoofts questions on physics stackexchange."
Source: http://www.quora.com/Why-dont-more-physicists-subscribe-to-p...
It's hard to create a course on the interconnections of everything. The best course I ever took was a Cisco IOS programming course. That included protocol analysis, debugging routers, switches, etc. I'm not a network layer programmer. But what I learned about how everything works together has helped me solve complex problems ranging from Kerberos authentication issues to finding duplicate DHCP servers on the same network. Without this knowledge, I would have to hire experts and waste a ton of time and money to get to the end goal which is a functioning product.