The Talos Principle - It’s pretty much purely a puzzle game with a nice dose of philosophy to drive the story along. Some of the later puzzles can get pretty difficult, and some of the optional challenges will likely take you a good while to figure out without guides.

I’d be fine with it if we could get some good “once in a lifetime” events occasionally. I’m in my 30s and pretty much every single one has been bad so far.

Ya know now that you mention it, I don’t recall Congress ever explicitly delegating the selection of the “go” and “stop” colors to any government entity. Wonder if you could now use this as a defense against running a red light…

This was probably true for a bit after 9/11, but I can’t say I personally know anyone who currently feels safer flying on planes because of the TSA. Pretty much everyone I’ve spoken to in person regarding this knows the TSA is a joke.

Realistically it’s now a government jobs program that is basically immune from ever being terminated because many politician benefits from having this program operate in their district/state/etc providing jobs that they do not want to lose.

You seem to be under the impression that they care about your safety. Rookie mistake. They care about the security of the airplane, not you.

Chemists would look in envy at the mathematician’s cyclohexane / benzene ring pancakes.

Just fyi the term for molecules with hydrophobic and hydrophilic regions is amphipathic not bipolar.

I’m intrigued, do you have a link?

I’m a researcher in the biological sciences at an institute which receives lots of government funding, and was at a university before my current position. We are not being paid to develop drugs. We are being paid to develop new knowledge that hopefully can be useful (in the broad sense of the term). Practically no one I’ve ever met during my time in academia is developing drugs, and the small few that were doing so were only researching a single, small part of a very long, complex process.

The R&D you are paying for is for us to typically find out that “Protein X interacts with Protein Y and causes Effect Z. When we delete Protein X then Effect Z goes away”. We might also find out that “Molecule Q can block the activity of Protein X, but has a host of issues that make it ineffective when given to Petri dish cells and mice.” This can give you a lead towards making a drug, but what we do is basically discover a possible starting point, nothing more. If someone wants to make a drug from this, they typically will start a company and get venture capital and angel investor money, as university labs are usually poorly equipped financially and talent wise to actually develop a drug (to speak nothing of pushing it through clinical trials). Transforming Molecule Q into a bona fide drug candidate is going to require a massive amount of work that most lay individuals are completely unaware of.

I’m really curious where this concept that the government is spending tons of money on drug R&D at publicly funded universities is coming from. It sounds great as a talking point, but from my perspective within the system it’s not quite how things work.