Comment "Blood Moon" (Score 0) 146
Please drop this idiotic phrase.
Besides, total lunar eclipses aren't red at all, at least, none I've ever seen. They're a neat copper colour.
...laura
Please drop this idiotic phrase.
Besides, total lunar eclipses aren't red at all, at least, none I've ever seen. They're a neat copper colour.
...laura
...and the world is all the better for it!
...laura
Yup. Declare normal human variation pathological, make money by "treating" it, laugh all the way to the bank.
I would also add that many of the "autistic" children I see aren't autistic at all, not by any standard I understand. They are children desperate for attention, and have found a way to get that attention.
Some may even be jumping on the autism bandwagon to be trendy. I've seen this with allergies, where kids want inhalers and shit so they fit in with their over-medicated peers.
...laura
For the most part, TNG was competent. At its best it was brilliant. I'm with people on episodes like The Inner Light and The Measure of a Man. Add in, for me, Cause and Effect, The Emissary, a few others. The human condition, in space. Good stuff.
Unlike many, I actually liked The Dauphin.
I thought Darmok was an interesting idea. How do you make aliens who are, well, alien, but not so alien that you can't interact with them? This was an issue with the Borg, badass aliens who could kick the shit out of Klingons and not work up a sweat, but who were so alien that no meaningful interaction was possible.
Bad episodes? Yeah, there were a few. I prefer to remember the good ones.
...laura
Do you need to know how fast you're going? Yes.
Do you need to know how your car is performing? Yes.
Do you need to know where you are and where you're going? Yes.
We already have head-up displays that show car parameters, as well as navigation systems that help you get where you're going. This could be incorporated in to an HUD ("turn here ->").
Anything more would be information overload. I do not need ads to tell me how cool the store I'm driving by is (i.e. how much they paid for the ad), nor do I need neat pictures other people have taken in the vicinity.
Look at how they do it in airplanes: the pilots have the essential information in front of them, but can access other information as needed.
...laura
Labbé emphasizes that the nonsense computer science papers all appeared in subscription offerings. In his view, there is little evidence that open-access publishers — which charge fees to publish manuscripts — necessarily have less stringent peer review than subscription publishers.
Considering how many complaints there are about low-quality open-access journals, this suggests that that isn't nearly as much of an issue as some people are claiming.
I've always thought ARM was a cool design. Simple, minimalist, sort of a latter-day PDP-11, one of those canonical architectures that just works. Simple chip, not many transistors, low power, good chip for mobile devices. It seems so obvious in retrospect. Especially since that's not what the designers had in mind. They were designing a simple chip because they only had a couple of people and that was all they could afford.
In one of the later scenes in Micro Men there is a whiteboard in the background with the original ARM requirements, right down to the barrel shifter.
...laura
A major issue is that the moon is fairly far up Earth's gravity well. It is easy to get things to low-Earth orbit and already tough to get things to even geo-stationary. The main saving of putting anything on the moon will come if you can do a large part of your construction on-site since otherwise moving that much material up is going to be tough. If you are doing automated construction on site you also are going to need to be able to make mainly a lot of solar cells. Solar cells are primarily silicon and there's already been prior research on refining the moon's regolith for silicon to manufacture electronic components and that looks possibly doable but one does need to get over some technical chemistry issues. See e.g. http://www.asi.org/adb/02/13/02/silicon-production.html.
The other issue is distance for power transmission: most designs for microwave power involve power transmission from at most a little over geo-stat at about 35,000 km. The distance to the moon is about 10 times that, so if you don't have a really tight beam, there are going to be issues. Also, since the moon change's position you are going to need a large number of sites on Earth that can receive the beam, and if you can't switch off smoothly between them always (which would itself require massive planet-wide infrastructure), you would still need power sources on Earth (possibly just massive storage facilities?) to deal with those times.
Overall, a really cool idea with a lot of technical hurdles. I hope they can make it work but I'm not optimistic.
It is clear that the individual who persecutes a man, his brother, because he is not of the same opinion, is a monster. - Voltaire