I wonder if it might also be related to Japan's stronger laws against slander/libel and lack of fair use. I've seen many cases of harassed Japanese creators being able to drag their abusers into court in ways that seem very alien here

Plus, ultimately, the anime aesthetic is a 2d thing. It's a lot harder to make a 3d model look good in a 2d art style, as a ton of anime over the years have shown.

I have otherwise mostly given up on making GUI applications because I simply don't have time to pick up a bunch of UI toolkits for all the different platforms, pulling a massive dependency into my project and requiring constant maintenance to keep the program working.

The factory tours for the two show this difference. New Glenn production is a lot more classical aerospace in terms of a high tech cleanroom factory being built from the start, versus a rocket that started out being built in tents that is slowly guiding the factory design as the tolerances are sorted out.

I think Blue's philosophy is pretty similar to the old space giants, except for being willing to invest a ton of money into improvements and new technologies without waiting around for the government to give them a blank check first.

Maybe we'll find that the thing limiting aerospace progress wasn't even that old space was afraid to test, but rather that they were simply unwilling to progress on their own initiative.

My siblings have a similar complaint when my Dad essentially implies that they were lucky in having the successes they have had. They do still somewhat understand what he means, but they dislike it because they think he's dismissing the hard work they put in. Of course, they don't see that he applies the same to those experiencing extreme poverty.

It feels like the researchers were mainly interested in applicability to Josephson junctions, and the article mixed them up with semiconductor junctions.

It's actually the current biggest commercial launch customer, Starlink is internal to SpaceX, but Kuiper/Leo has bought many launches with ULA, SpaceX and Arianespace (and Blue Origin, of course).

I think it can be safely argued that since the fixes between attempt 1 and 2 happened entirely under him and faster than we're used to seeing from BO, he may have played a role.

Some directly, because LLMs and highly capable general purpose classifiers that might be enough for your use case are just out there, and some because of downstream effects, like GPU-compute being far more common, hardware optimized for tasks like matrix multiplication and mature well-maintained libraries with automatic differentiation capabilities. Plus the emergence of things that mix both classical ML and transformers, like training networks to approximate intermolecular potentials faster than the ab-initio calculation, allowing for accelerating molecular dynamics simulations.