I would strongly disagree with that, but it's preferable to the absurd concept that the guys who'd just forcibly overthrown their oppressive government ensured that their new government had a monopoly on the instruments of force.

In other words, I don't have to show that my actual viewpoint is correct in order to demonstrate that his is incorrect. The idea that the "militia" consists of the US military and the National Guard is ridiculous and doesn't even have a basis in modern law; let alone colonial understanding.

I would assume you're referring to the infamous Indiana state senate bill from 1897 in which an amateur mathematician attempted to have the state use his incorrect formulas to "square the circle", as it were. Firstly, that never became law. It was never even voted on in the Senate because after 30 minutes of laughing at the bill for being absurd, it was indefinitely tabled as a waste of time and money.

I most certainly did not miss "well regulated". The Oxford English Dictionary from the time that phrase was penned ought to help you understand why it doesn't help your argument. That can be found here: http://www.constitution.org/co...

Even without the help of the Oxford English Dictionary, one should be able to discern that a group of men who'd just used their personal firearms to overthrow their oppressive government would not mean to secure the right of the government - rather than the people - to keep and bear arms. That's absurd. One does not use firearms to overthrow an oppressive government only to turn around and insist that only the government should have firearms. It's a farcical view of history. Something like this: https://www.youtube.com/watch?...

Of course it's a tool. It's as much a tool as a hammer or a screwdriver or any other. However, its uses can be vastly more important. That doesn't elevate it to something beyond a tool and it should never be treated as anything but (with the obvious exception being as a collector's piece in some circumstances). However, it being a tool which can be used to secure freedom, life, and other basic human rights, the government cannot and must not deprive the people of it through force of law or otherwise.

Quite a number of people (not necessarily you, but maybe you too) would agree with the idea if that one person were sporting a government-issued badge. As if that badge somehow confers some magical abilities.

No, it didn't go Chernobyl because it couldn't, regardless of what anyone did or failed to do. The Fukushima Daini plant reactors are all BWRs, utilizing a negative void coefficient. The original RBMK-1000 reactor design used at Chernobyl used a void coefficient of 4.7ß. The physics of the reactor designs are entirely different and while the situation at Fukushima Daini was terrible and nearly every possible human error in both planning and operation was committed, it was also about as bad as it can get in any reasonable reactor design. As such, when everything went to Hell, it didn't go Chernobyl and it didn't cause any mass fatalities.

Learn something about nuclear reactor design before pontificating on how close something was to "going Chernobyl".

Would it blow your mind to know that current US Federal law defines the militia as "all able-bodied males at least 17 years of age and, except as provided in section 313 of title 32, under 45 years of age who are, or who have made a declaration of intention to become, citizens of the United States and of female citizens of the United States who are members of the National Guard"?

Seriously, it's 10 U.S. Code 311 - Militia: composition and classes

Actually, history has proven that no military, no matter how powerful, no matter how brutal, can ever conquer an armed civilian population. It's a lesson the Soviets learned in Afghanistan, one we re-learned in Afghanistan, one everyone learned in Iraq, and one the British learned when their colonies rose up and demanded independence.

Think about it for a moment: the Declaration of Independence was a formal declaration of treason against the Crown, which at the time controlled the most powerful military machine the world had ever known. That open declaration of treason was signed not by a battle-hardened group of freedom fighters with CIA training, but by a group of farmers, doctors, and lawyers. Those same farmers, doctors, and lawyers beat that most powerful military machine in the world multiple times over the course of decades until finally they were left to do as they wished. The Soviets thought that maybe modern technology would make a difference, so they tried carpet bombing the Afghans into oblivion and eventually had to give up and run away. The US thought that maybe more modern technology and better tactics would make a difference, but the Taliban is still there and we're resigned to the fact that they always will be.

You see, so long as a group is willing to fight and die for their cause, and so long as they're sufficiently well armed, it doesn't matter how big and bad your military is. It doesn't matter how many of their fellow citizens they're willing to murder before they decide to turn 'round and shoot in the other direction. So long as people can organize themselves and have the means to exert force, a popular movement is unstoppable. A single guy with a shotgun is no match for a fully equipped military. A fully equipped military is no match for a pissed off populace armed with shotguns, handguns, semi-automatic rifles, and other instruments of war. And the idea isn't to rejoice at the opportunity to live through such a Hellish conflict, but rather to ensure that the government doesn't cross that line into oppression which would trigger such a thing.

I hate to bring it up because I don't think it's a great example of a good David versus a bad Goliath (i.e. the "little guy's" argument and methods leave a lot to be desired in this case), but the Bundy Standoff is most certainly an example of how suddenly government agents who are used to being able to use force to perform their duties get real polite real quick when met with an opposing force of dedicated and armed individuals. That's not to say that the Federal government lacks the resources to do whatever it wants by force at that ranch, but a bloody use of force on American soil has historically created a major backlash among the people (e.g. Waco, Ruby Ridge, etc) and raises the risk that additional incidents like it could spark serious unrest.

Which leaves the government in a challenging position. It can back down and work toward a peaceful resolution that doesn't risk bloodshed, it can tell its agents to use whatever force is necessary to do their job and have huge shootouts broadcast live on CNN, or it can send in Apache gunships to kill everyone who opposes them live on CNN. They (thankfully) elected to go with the least risky option of working everything out peacefully. But can you imagine the social unrest if you'd had CNN broadcasting Federal troops firing on (or slaughtering, as in the crazy overreaction option) American citizens on US soil over a land dispute? There would have been Congressional hearings, investigations, mass resignations, possibly indictments, etc. And if the government didn't do all that and basically told the people to go f themselves, the resulting unrest would be vastly worse.

The fact that the reactor at Chernobyl had a runaway reaction which resulted in a number of deaths is not in question. The relevance of an experimental military reactor using an inherently unstable design in a discussion on the safety of civilian power plants is.

No it isn't. Chernobyl happened for a number of reasons, but ultimately, regardless of failures of equipment or operational mistakes on the ground, the fundamental issue was with the original design of the RBMK-1000 reactors and its high positive void coefficient. This was the only reactor design in the history of nuclear reactors to use a void coefficient nearly so high. Of the few designs that have ever existed that use one that's positive at all, it's so small that the passive safety systems (the ones which work without power or human intervention) protect the functioning of the plant and the simultaneous failure of all active and passive safety mechanisms can never (per physics) result in a Chernobyl level of criticality.

Understand what a void coefficient is in a nuclear reactor and how it applies to former and current reactor designs, then you'll understand why an incident like what we saw in Chernobyl simply isn't possible.

I never once mentioned "politics". I have no idea what you're talking about here. Perhaps you're confusing this with another post by someone else.

That's some lovely poetic language, but it completely distorts what I've said. I'm not trying to write off what happened at Chernobyl. I don't think the military should be building experimental and inherently unstable nuclear reactors near civilian populations and then pushing them to their limits with extremely risk experiments. If you put that on a petition, I'll sign it. If the government wants to do it, I'll protest it. But I don't think that incidents that happen with experimental military reactors have any relevance to a discussion on the safety of civilian power plants. That's like questioning the safety of high school chemistry labs because some meth heads blew themselves up with their home meth lab.

And I noticed you completely ignored the simple fact that watt for watt, nuclear power has been shown to be orders of magnitude safer (even when you include experimental military reactors that went awry) than all other forms of power production. I can only imagine that's because it was evidence that didn't fit with your world view. I would encourage you to expand your horizons and do some research into nuclear power plants instead of taking the Greenpeace talking points at face value. In fact, why not listen to some of the founders of Greenpeace who've come to realize the simple truth that nuclear power is the safest and best solution to our energy needs? If you can't be swayed by new information and evidence, then what you're advocating is more of a religious philosophy.

It's about as contested as the validity of the Theory of Evolution and the effectiveness of childhood vaccines in that there are people who claim it not to be true in spite of massive amount of empirical evidence.

First, is nuclear power safer than other methods of power generation? Yes, by orders of magnitude.
http://www.forbes.com/sites/ja...
http://nextbigfuture.com/2011/...

Second, Chernobyl (which is included in the evidence presented above). Chernobyl was a reactor that served two purposes for the Soviets. First, it was used to experiment on the capabilities and the limitations of the RBMK-1000 reactor series (this is what caused the disaster there). Second, it was used to produce weaponized materials for nuclear weapons for the Soviet military. As it produced power and that power needed to go somewhere, it was connected to the grid and added supply to nearby communities. Now I could get into the fact that the RBMK-1000 was one of the only reactor designs ever constructed that used a high positive void coefficient and that since that disaster, every single nuclear reactor in the world has been either designed or modified to not do that. I could get into the fact that the disaster that happened there (runaway reaction) isn't possible anywhere else without breaking the laws of physics due to the design of the plants (regardless of any safety features - it's a physical limitation of the design itself). But I think you should do your own research on those things.

Suffice it to say that Chernobyl is included in the numbers proving that nuclear power is the safest form of power production ever utilized by mankind and that it's arguable that it shouldn't be (which would only improve the numbers above for nuclear). Whichever way you stand on that point of contention (whether or not an experimental military facility operating a reactor design known to be unstable and dangerous in such a way that it was regularly pushed to its design tolerances should be included in a list of civilian nuclear power plant accidents), nuclear still comes out way ahead in the basic math. It's merely a matter of how many orders of magnitude its safety record exceeds that of other power production methods.

There's nothing unclear about over half a century of safety record that demonstrates an exceedingly safe technology. There's nothing unclear about the fact that if you care about human life, nuclear is the only option and that if you care about the environment, nuclear is the only good option that can handle base load. You can contest whether gravity exists all day long, but if you jump off a desk, you're going to fall to the floor every time.

Reality is that which is still there regardless of how much you wish it weren't so.

Do you realize that nuclear power - with everything that people have done wrong with it - is by far the safest method of producing energy (clean, dirty, or otherwise) that mankind has ever developed? Literally nothing, including wind or solar, is safer. Nothing is. Even if you choose to include Chernobyl (which was an experimental reactor used as a weapons research lab that happened to produce electricity for nearby communities), it's still by far safer than any other source.

So let's talk about risk and let's be real about it. The other sources of power are killing human beings; actually killing them (not just pretend in somebody's head killing them). Nuclear, even 1950s nuclear, is vastly safer. That's demonstrably the case with decades of clear evidence.

I'm going to assume this will end somewhere between a net effect of zero and a problem that's 1,000 times worse than what they're trying to solve.

One or two shots to a subject wearing body armor is typically enough to incapacitate them. That second shot can even be fatal, depending on the armor, the round, and the shot placement. Armor is there to prevent penetration and dissipate as much of the bullet's energy as possible. However, that first shot is going to do enough damage to leave at least a good amount (if not a ridiculous amount) of bruising around the impact zone. At that point, the body armor is compromised (not useless, but no longer fully capable). Another shot will do anything from leave a lot more bruising to fully penetrate. The most likely case is where you'll start getting ribs cracked. All subsequent shots increase the damage to the subject and each carries a rapidly increasing risk of penetration of the armor and death for the subject. Even without penetration of the armor, the human body can only handle so much kinetic energy.

In any event, it would be uncommon for an individual who's taken two shots to the chest to be combat effective. More commonly, they'd be lying on the ground in a lot of pain. Considering how many attempts it takes to get a shot on target for the head versus the center of mass, you're vastly better off going for the center of mass even if you know for a fact that your target is wearing armor. And before you bring up the North Hollywood shootout, understand that there were a number of factors that allowed those guys to carry on during the shootout, not the least of which was the poor accuracy of the firearms available to the police on scene at the range at which they were forced to engage.

It's unfortunate that the man you knew died while trying to stop a courthouse shooter. However, that one incident doesn't change the fact that the odds vastly favor center of mass targeting. Getting headshots on a paper target at a fixed distance and height, with no motion whatsoever, in an unstressful situation isn't that challenging. Getting them on a real human head at variable heights and distances, full range of motion, non-targets in the way and behind the target, in the most stressful situation you'll ever face (where millions of years of human evolution are working against you to destroy your vision, higher reasoning, etc) is one of those things best left to Delta operators who train on that day-in and day-out for years and years on end. And I'll bet if you talk to those guys, they'll also tell you that a center of mass shot is the perfect starting point as you'll get a hit faster and cut down on the motion that makes the head shot nigh impossible.

Point of order, the annual average humidity is lower in Dallas than it is in LA.

Got stuck with Vipre at work for a few years. It was nothing short of a complete disaster, to the point where on some systems, it just had to be shut down completely so the systems would function. Combined with the latest ratings from AV Comparatives (lol @ 88% detection rate and huge false positives) and I'd say nobody should ever run that garbage. It's truly terrible.

ESET's NOD32 is good and Kaspersky is very good. Nothing else has been consistently good for quite a while.

Based on my experience in Kerbal, they're 95% of where they need to be. They've done the really hard stuff (controlled burns to bring the craft down at the right spot, slowing the descent at the right time without running out of fuel, etc) successfully. Properly orienting the rocket should be relatively easy assuming that the systems responsible for that haven't run out of fuel. The fact that the engine was able to get it that close without the fins working speaks volumes for how well the thing is operating.

Even if something else goes wrong the next time or two, they'll have a successful landing shortly. The simple fact that it hit the platform ought to be enough to let them start trying on land after another one or two similar attempts. As failures go, this was extremely successful.

Arrogant and self-obsessed. When you're around a little longer, you'll come to realize that you don't actually know everything. Or perhaps you won't as some never achieve significant emotional maturation.

First to create a workable, marketable, functional-in-the-real-world electric cars and created the first new successful car company in the US in decades to design, build, and sell them. Designed and built reusable rockets that run good reliably to the ISS for a fraction of the cost of any other solution ever devised by man. Also working towards sending people to Mars, which even world governments haven't even seriously considered. And on the Solar City side, they're making solar power so affordable to people that they've become the number 1 installer for residences in the US and the number 2 installer overall in less than 10 years of existence. 4.3 gigawatts of power produced by their installations as of 2013. They're doing all this while bumping up US manufacturing to compete directly with the Chinese. Who else is doing that successfully?

And again, I ask, what have YOU done lately besides read Wikipedia and spout off about things you don't understand? Because Musk, the guy you're criticizing, seems to be busy getting shit done.