It depends on the specific service member in question.

http://oathkeepers.org/

During the time of the US Civil war, Americans shot their literal brothers - not just their squad mates.

It starts with one soldier. How many follow, and when they follow, depends on the rhetoric of the separatists, how they conduct themselves, how they spread their message, and the counteracting rhetoric and actions of the government.

All of us are alive because people on both sides of the Atlantic with their finger on the "launch" button skipped opportunities to press it. Soldiers are people in difficult situations, trying to balance many opposing directives.

Ha! That's an old one. After you find the golden rivet you can hop in your F-35 for a little snipe hunting.

PGP/GPG is much easier to use these days than it was in the 90's. Plugins exist for many mail clients that do the heavy lifting in the background.

Friends and family are surely tired of my tinfoil hat, they just do not seem to care about their privacy. Many say the "I have nothing to hide" line.

Well it's been many, many years since I've used it, which was back in the late 80s and early 90s. My impression from this time is that C++ is unquestionably a work of genius, but that I didn't particularly like it. Part of that is that we didn't really know how to use it effectively. In that era most object oriented programmers used concrete inheritance way too much. Part of that is due to aspects of what we thought an OO language should have that turned out to add complexity while being only marginally useful in practice (e.g. multiple concrete inheritance and operator overloading).

But in terms of meeting its design goals C++ is a tour de force of ingenuity -- even if some of those goals are questionable by today's standards. The very fact that we know some of those features aren't necessarily ideal is because they were taken out of the realm of academic noodling and put into a practical and highly successful language that could tackle the problems of the day on the hardware of the day. It's hard to overstate the practical impact of C++ on the advancement of both theory and practice of software development.

Any prize for contributions to OO programming pretty that didn't include Stroustrup in its first recipients would be dubious.

I have an even better idea: let's find a way to fix human beings so that they're perfectly consistent in their behavior.

While certainly taking demonstrably bad drivers off the road is a no-brainer, even good drivers have lapses. My teenaged son is learning to drive, and whenever someone does something like cut us off I make a point of saying we can't assume the driver did it on purpose, or did it because he was an inconsiderate or bad person. Even conscientious and courteous drivers make mistakes or have lapses of attention.

It's the law of large numbers. If you spend a few hours on the road, you'll encounter thousands of drivers. A few of them will be really horrible drivers who shouldn't be on the road. But a few will be conscientious drivers having a bad day, or even a bad 1500 milliseconds.

Slower photons in fiber optics means a slower, more relaxed pace for my web browsing.

RT has desktop mode.

It's patently untrue that the web is the future for "the kinds of apps that made windows dominant"

Actually, windows was dominant for every kind of app. The growth in apps of all sectors - LOB, entertainment, etc -- is on devices, and people regularly pan device apps that are just thin shells around a browser control.

People want native apps on their devices. MDD (multi-device-development) is something enterprise is very interested in -- they need to deal with a BYOD workforce, and they always want to economize on IT spend.

If it had been feasible to make Win32 apps run well on ARM, don't you think we would have done that?

The most insightful thing you wrote is this:

"But yes, Intel hasn't been asleep, and ARM is no longer as much of a requirement for mobile devices"

Consider the following -- and note that while I work at MS, I am neither privy to, nor attempting to disclose -- any high level strategy

1) Microsoft delivers a lot of value to enterprise customers because of app compat
2) think back a few years at what the CPU landscape looked like -- think about the power consumption of Intel's offerings. Remember, there was no ATOM yet.
3) app compat, battery life, performance -- if you don't have a low-power native x86 processor, you can only get two of these at a time.
4) Enterprise customers want all three
5) Intel, years ago, didn't appear to have any intention to deliver a low-cost, low power x86 part
6) this meant that MS would be unable to deliver low cost, new form factor mobile devices that could still run legacy software
7) this would force a wedge between new form factors and the Microsoft platform advantages (great compatability)

Clearly, what needed to happen is that something had to convince intel to develop a low cost, low power, good performing x86 chip

Based on 20+ years history, considering ARM, AMD, dec Alpha, etc, what makes intel innovate well and do its best work?

A credible marketplace threat to Wintel.

Claim: The purpose of Windows+ARM was to force intel to develop a low-power, low-cost x86 chip. If Windows+ARM took off in its own right, great. But the main purpose has been to secure a $99 x86 windows tablet -- which means that enterprises have the price points and form factors they want, and the app compat they need.

Exhibit A:
http://www.amazon.com/HP-Strea...

I happen to like my RT tablet -- but the Surface Pro is a credible do-it-all device, and now software that runs on the Pro is the same software that runs on your $99 HP tablet and your $4999 gaming rig.

Back when windows+ARM started, the intel hardware to allow that continuum didn't exist.

As I said -- nobody at MS tells me how things really go down. But this is a high stakes game. The people at MS aren't stupid.

Er... maybe it's the companies (and now the state) you work for.

Don't worry. They'll find a way to disappoint you.

I'll give you a hint. It begins with the letter "p" and rhymes with "mycology".

As a cyclist, I can attest a Prius is not a totally silent vehicle. Nor, I am sure, is a Tesla although I've never encountered one on the road. The reason is tire noise.

For a modern car traveling at 20+ MPH and not accelerating, tire noise is the dominant sound. You can easily hear a car traveling at speed from a hundred yards or more away, almost entirely from the tire noise. The engine of a well-maintained car traveling at a constant 30 MPH might as well be totally silent.

At low speeds such as would be encountered in a parking lot or congested city street the engine noise is dominant, particularly because the car is doing a lot of accelerating and decelerating. At those speeds I think a modest synthesized engine sound is a very good idea, especially when you consider blind people and even more especially service dogs, who would have to be re-trained for some other kind of noise. There would be no need for the artificial sound once the car is at cruising speed.

If you play a synthesized noise back through the car's sound system the energy wasted is negligible. And arguably, anything that serves a purpose isn't wasted, so long as it is done with minimum energy needed.

I actually kind of like the idea of synthesized sounds. Think of it as being like haptic feedback. Anyone who's ever driven a car with an exhaust leak knows the powerful illusion it creates that the car's engine has lost power. So why not use sound to convey feedback about what the car is doing -- in this case using lots more gasoline.

In fact I'd take it further. If the oil is low or past due for changing, why not pipe valve tapping sounds into the passenger compartment? Or if the pressure of a tire drops maybe impart a thrum to the steering wheel.

A jacketed linear medium which carries data is called a "cable" whether it's RG-6 coax, Cat 1 UTP, or fiber. And if that cable carries Internet traffic, it's perfectly reasonable to call it an "Internet cable". The only problem I have with "cut the Internet cables" is the superfluous pluralization, which I suspect is the product of an analogy with "cut the telephone wires", which in contrast is technically accurate because a telephone cable carries a twisted pair of wires. But if people use "Internet cables" because they're not precisely aware of what's in the innards of a cable, we'll just have to accept that. When people use a word it becomes their property, no matter how ignorant or uninterested they are. They always win in the end because it take no effort to sustain ignorance and lack of interest in the details.

I understand the impulse to language pedantry; my particular bugaboo is is the contemporary use of "broadband", which sets my teeth on edge. It's futile to object to how people use and understand a phrase. It's the result same inexorable process that makes Shakespeare incomprehensible to modern audiences without special training, and which will make *Star Wars* incomprehensible to future generations. I've seen fairly radical changes in my own 50 year lifetime, like the disappearance of the verb "shall" from everyday speech.

Almost certainly would have been stolen for agricultural use. I've supported teams going to Africa and theft is extremely common in many of the places DDT would be needed the most. And it's unlikely that the theft of DDT would result in more people being fed in the long term, for reasons to numerous to go through.

In any case your post illustrates the problematic mindset I alluded to: the tendency to imagine DDT as a panacea, and a substitute for expertise and forethought. Eliminating DDT caused pest control to get a lot smarter and intelligently targeted, which was a good thing, and leads to more sustainable gains. Admittedly it''s harder work to make smart, informed decisions, than to spray and pray.

I spent many years working with vector borne disease control, so I actually know something about this. Let me suggest a slightly different way of thinking about DDT.

The problem isn't DDT per se, but how, where and when it is applied.

In WW2 draftees were dusted with DDT powder to kill body lice, and so far as we know no adverse health results resulted -- probably because there were none. That's because this *application* is benign. Likewise spraying house interiors with DDT is a cost effective, safe, and environmentally benign.

Indiscriminate fogging with DDT on the other hand is neither environmentally benign, nor in the long term effective. DDT is (potentially) great stuff, and therein lies the problem. It promises (to a certain kind of mentality) to take the brain-work out of deciding when and where to spray. It's tempting to roll the trucks with ULV sprayers and spray anywhere and anytime, and it will often produce dramatic effects in the short term for not much money. In the long term it produces a host of environmental problems, and pesticide resistance -- particularly if it enters aquatic habitat. For one thing, it is toxic to invertebrates. **That's why we use the stuff**. The problem is that it is non-specific, and it (and its toxic by-products) remain in the environment for years or decades. Modern alternatives break down rapidly into non-toxic byproducts. In fact DDT's persistence is what makes it highly desirable for in-house spraying. One spraying can last for a year or more. That's good when you want to kill everything, for a long time; but that's not what you want to do when you're applying outside. Many invertebrates are beneficial, or even indispensable.

It's notable that in the article you link only quotes papers from the '69 to '72 era when it comes to the ecological impacts of DDT. This smacks of cherry-picking. When an idea like eggshell thinning enters the scientific discourse, it is normal for evidence for and against the idea to be found in the literature. This means it is *always* possible to find early literature citations which appear to refute the current scientific consensus. A quick google scholar search for articles on eggshell thinning and DDT from 1975 on shows overwhelming evidence in support of the hypothesis. For example it reveals the reason that the early feeding studies cited failed to find eggshell thinning: in many species it is not DDT, but DDE (a by product of the environmental breakdown of DDT) that is the culprit.

That DDT per se is not particularly toxic to humans is no news to anyone. I was actually briefly part of a team that looked at ways of tracking DDT usage so that it could be used in house spraying in Africa. The problem is that in desperately poor countries stuff gets stolen, and the danger is that material intended for safe and environmentally benign domestic spraying would be diverted to agricultural use which while not particularly threatening to human health would have disastrous impact on environmental health and the economic activities that depend on that.