Since the article doesn't bother listing what the flags were, one cannot assign a weight to each of them. If all the flags were of equal importance than I would agree with you. But if some are more critical than others, e.g. if flag 1 is "What is the CEO's name?", and flag 2 is "What is the CEO's login and password?", then comparing raw counts as the article is doing is both pointless and misleading.

Being part of IT does not require different thinking. Vulnerability testing is a good thing in the physical world too. And it's also very often illegal without the prior consent of the owner. This is partially because it's pretty much impossible to know with 100% certainty what someone's true intentions are. But also partially because the tester might cost the owner lots of time and money that could have been avoided had the tester simply informed the owner beforehand.

I don't think he should have been expelled; his expulsion was obviously political. But he really should have contacted the company and gotten their permission in writing first.

Remember, people can do bad things even with good intentions.

Maybe he did contact Microsoft and they ignored him. Maybe he felt whistle-blowing was the only way to get this fixed.

Hello. My name is Mike Quinn. You leaked my memo. Prepare to die.

FTFY.

And by the way, the laws in some (probably many) states do state that you HAVE to go the speed limit, with a few exceptions. For example, here is the text from Arizona law:

"The speed that is reasonable and prudent under existing conditions" is defined elsewhere in the law as the speed limit if there's no bad weather, road hazards, etc.

Most people driving below the limit would argue that it exceeds the max safe operating speed of the vehicle, but in reality most newer vehicles can drive the limit just fine. It's the driver who's not comfortable with driving the limit, blaming the car is just a convenient excuse.

Of course, this provision is never, ever enforced. But it should be pretty obvious why it's there. People driving 20 MPH under the speed limit add nearly as much danger to the roads as people driving 20 MPH over the speed limit.

You might, but I'm betting physicists think differently. It all depends on the information to which you're referring.

Agreed. The real question is whether or not Kickstarter backers will get their money back if the thing doesn't work.

They're going to pack 5-10 Arduinos on one satellite so they can have multiple programs running at once. There are also other things that can be bought: for $150 you can buy 15 images to be taken when the satellite passes over your selected targets, and for $300 you can upload a message to be broadcast for a day.

According to the article, the whole thing is expected to cost $86,500 to launch. As long as they can actually meet their budget, it shouldn't be too difficult to make some money. And if the first one is a success, it should be pretty easy for them to launch more later.

That's the problem. They're downloading it for free instead.

Because that's the only system we have. IANAL, but I don't think they could sue anyone asking for a "permanent cell phone" ban (not that it would be enforceable anyway).

Personally I'd rather see them sue asking for the removal of the driver's thumbs. Because if there's any chance to make the driver believe even for a second that he could actually lose his thumbs, he might finally understand that he shouldn't be playing with his damn phone while driving.

P.S. I completely disagree with them suing the girlfriend, but I can't say that I wouldn't get equally suckered by a slick-talking lawyer in a similar situation. Walk a mile, and all that...

So, what you're saying is it could be a twice-in-a-lifetime experience for some?

Since we're discussing information storage rather than calculations (certainly the two are related but not the same), then per your example the information storage act would require energy to place the water molecule into the box in the first place. If you ignore that by assuming the molecule is already there, then you haven't stored anything and are simply in the intrinsic state of the box like I discussed originally. A computation with no controlled inputs yields no information, it's just nature running its course.

Perhaps you are thinking of this in a purely theoretical sense. In that case then yes, if you can harvest 100% of the energy stored when changing a value, then no additional energy is required.

But, of course, we do not live in such a perfect world. One can never achieve true 100% efficiency. And because of this, my point continues to be that it is impossible to continuously change states in order to store new information without losing some energy. Note that I never said 100% of the energy used during the original storage has to be lost. I simply said that at least some of it would be lost. In the case of the billiard balls, you only spend energy at the beginning as you mentioned, but the amount of energy required is proportional to the number of gates and, due to the laws of thermodynamics, you can never reclaim 100% of that energy after the computation is complete. Therefore, to perform a new computation and store the subsequent result, you would need to expend additional energy to reset the system and restart the computation.

Changing the state of a bit is not necessarily the same as storing information. To be used for information storage, the system can only move between valid states through external stimuli. If it changes to a different state without external stimuli, then it either doesn't store information or the states are not defined correctly.

The whole point of storing something is to have it maintain its state. If an item is not maintaining a single state, then it's not storing information. And if the item is maintaining the state, then you must apply external stimuli (and therefore energy) to change its state, otherwise it's not maintaining the state, now is it?

To store information, you need the ability to set something into at least two possible states, one of which can be the intrinsic state. No matter what you use for storage, you'll always need energy to reach the non-intrinsic state(s), since the intrinsic state is, essentially by definition, the state achieved with no external energy applied.

If you must add energy to enter a non-intrinsic state, it makes perfect sense that the energy would need to be dissipated to return to the intrinsic state (which equates to erasing the bit). I expect something so obvious wouldn't warrant experiments and articles, so what am I missing that makes this more complicated than it seems to be?

I agree that earlier diagnosis might not have much value beyond consultation, and in fact these brain scans might do more harm than good along that line. But the research might yield clues into what causes autism and, although probably too optimistic, maybe even help lead us to a method of preventing the disorder.