Comment Re:Informed, but denied access? (Score 2) 244
Oh, and after 30 years by themselves in a spaceship, once the "astronaut" gets there, they're probably INSANE.
From re-watching Friends and Seinfeld 2400 times.
Oh, and after 30 years by themselves in a spaceship, once the "astronaut" gets there, they're probably INSANE.
From re-watching Friends and Seinfeld 2400 times.
Crashing is the easy part. Really, everything we put on Mars is just a controlled crash, and that's when everything goes right.
Cranks *ARE* their base.
"The wealthy don't pay taxes" isn't a winning campaign message.
Where would you get the meteor? How would you direct it?
If you were an alien, and you managed to make it across interstellar space to another solar system, maybe you are at the very limit of your civilization's technological advancement, and you have spent 30 years on a one-man one-way mission and after all that just landing "successfully" (not dead) was the best you could manage.
*IF* there are aliens, and *IF* interstellar travel is possible, the first beings to do it are going to be coming in on the space equivalent of a Viking longship, not an aircraft carrier or 787.
First contact isn't going to be with a ship capable of doing anything other than just barely getting there.
Anyway, in the mid-1990's there was a joke going around. I first heard it from my friend the FreeBSD fan. The joke?
Q: What's the difference between GNU and Linux?
A: Linux has a kernel that boots.
At about the time that joke came out, the FSF engaged in a major effort to get the GNU/HURD to boot. After many months of work, you could kind of get it to run, but it was in no way useful. Shortly after, rms started insisting that people call Linux GNU/Linux.
It sure looks like the major effort was a response to that joke and, when that effort failed, they decided to respond to the punchline "Linux has a kernel that boots" with "no, Linux IS a kernel that boots." I presume they thought that devastating. To me, it seemed pathetic. I mean, with all of their resources and more than a decade of work, they weren't able to do what Linus Torvalds did all by himself in a few weeks. I think that it's an excellent example of how hard "big bang" development is when compared to a more incremental style.
A huge standard library that has been stable for 20 years (backward compatible as much as humanly possible) has a lot to do with it as well.
In other languages, I feel like I have to re-learn basic elements every decade to "how it's done now"...
No kidding - especially the socket libraries that let me write network code in the later 90s that would work on Sun, Mac, Windows, and Linux. Getting cross platform network code to work in C at that time was quite painful. And I don't recall any C++ libraries that I found pleasant to use before boost, and now Qt. And even now, while I consider boost essential, it's really only pleasant in the same way as no longer having to get your braces tightened qualifies as pleasant.
If I were to peer-review a paper on this, I would insist on a plausible physical explanation for the claimed measurement. The burden of proof is on them: they are making a truly extraordinary claim, one that, if true, would entail revising all of physics from its very foundation.
When somebody sounds like a total fucking crackpot, they almost always are.
You might have missed high temp super conductivity entirely then. The phenomenon was measured and replicated in many labs - but it was at least a few years before any plausible theory came out - and 20 years on we do not have firm agreement on the cause.
Sec. 9.42. DEADLY FORCE TO PROTECT PROPERTY. A person is justified in using deadly force against another to protect land or tangible, movable property: (1) if he would be justified in using force against the other under Section 9.41; and (2) when and to the degree he reasonably believes the deadly force is immediately necessary: (A) to prevent the other's imminent commission of arson, burglary, robbery, aggravated robbery, theft during the nighttime, or criminal mischief during the nighttime; or (B) to prevent the other who is fleeing immediately after committing burglary, robbery, aggravated robbery, or theft during the nighttime from escaping with the property; and (3) he reasonably believes that: (A) the land or property cannot be protected or recovered by any other means; or (B) the use of force other than deadly force to protect or recover the land or property would expose the actor or another to a substantial risk of death or serious bodily injury.
The rate at which a disease spreads through a corn field is a precise measurement of the speed of blight.