In Europe, yes. In the US, not so much. Nearly every IT department has standard boilerplate that includes the fact that whatever you send in company/school email is company/school property, and can be searched and seized at any time for any legitimate reason.

...then perhaps he shouldn't use them for such a purpose? Odds are very near-perfect that he did use private email to at least promote his public research (via certain blog sites), and it is a valid and legitimate target for litigation discovery.

Not the A/C, but this is why, on top of the point that you've utterly failed to disprove his point.

Point of order: No one is asking Mann to lay out his entire life - just the portion of it that we the taxpayers paid for, and the portion that actual science (at least should) demand. ...got any other arguments?

The hipsters should arm themselves. Michigan's gun laws aren't too restrictive, and with the money saved on housing they should be able to afford to arm and train themselves well. Your average hoodlum barely knows how to operate his gun, which is often a piece of junk, so the bar isn't too high.

My daughter forgot her iPhone 4 in a pocket while doing laundry (commercial-sized front loader in an apartment building). The door locks when you start these. She panicked when she realized (like all teenagers do when they are without their device for 10 seconds) that she didn't have it and that it was probably in the wash.

No amount of convincing could get that machine to stop or open up, so she sat their crying for the entire wash cycle (I could only imagine what the accelerometer was doing during the spin cycle). When it stopped and unlocked she retrieved the phone and it was fine. Still works today two years later. I suspect the iPhone 4 will go down in history as being a really solid device, although with 10s of millions of them I'm sure there are lots of stories to the contrary.

Thanks for posting this. I had a 15C which I gave to a friend when I got a 28S. The 28S is still on my desk and still works brilliantly. Both calculators are my favourites. The 28S takes "N" batteries which were for "cameras" when cameras still had film in them. So they are getting a little harder to find. It takes a few years for them to die, but I'm starting to stockpile them anyway.

I'm guessing the button cells for the 15C are a little easier to find.

I'm sure that's true if you're counting traditional engineering fields, meaning not including software engineers. I'm not sure it would still be true if you included software. Of course many would argue that software engineering isn't yet mature enough to be a real engineering discipline, but it definitely is a big part of "tech", which is the subject of discussion.

And, of course, they completely miss the irony in their own statements.

Long ago IBM split itself in to 7 internal subdivisions that could to a certain extent compete. At the time all of IBM's equipment ran on chips made by IBM for IBM products. The florida area sub-unit which didn't actually make any computers, put one together from intel chips. It was dubbed the PC. The OS was contracted out to some kids from Seattle.

Sony's products division is constantly at war with it's content division, leading to the constant hedging on content protection that defeats their products by using non-standard formats with DRM.

Perhaps Samsung, which is really a humungously diverse set of industries, just has different competing segments within itself. Each has a strategy that is aimed at competing with the other divisions strategy but has to be distinctly different due to the internal politics, just like IBM's PC did.

Its not s strategy to do everything, that's just the result.

Shouldn't be too hard... in the sense that solving the Halting Problem shouldn't be too difficult. I conjecture that with an appropriate set of assumptions it's possible to use Rice's Theorem to prove that security analysis is equivalent to the Halting Problem.

Of course, static analysis can catch some vulnerabilities, and can highlight potential vulnerabilities. That's what Coverity does. But I don't think any mechanical process can defeat a creative attacker.

This analysis is based on an erroneous assumption which is derived from an inductive fallacy. Specifically, the author assumes that because one researcher who found one bug believes he could have found a second for roughly the same level of effort means that the researcher believes this process could be repeated indefinitely. I'm certain that if Kohno were asked he would deny the validity of this assumption. I'm sure he would say that his team could find a handful of similar bugs for similar level of effort, but once the pool of low-hanging fruit bugs was exhausted, the cost and difficulty would rise.

The desk I have is motorized. Push a button, takes about five seconds. Another option is to get a desk that is always positioned at standing level and a tall chair. That seems cheaper and more convenient but there are some downsides. One is that you have far fewer options in chairs than if you're getting normal-height chairs. Another is that changing the level of the desk is difficult, which is particularly problematic if the seating gets rearranged regularly.

Rouge waves, typhoons, collisions with tankers, vulnerability to warships, aircraft, submarines.

But hey. It's cool that a tsunami won't screw it up.

Actually, the best way to force prices for grain downwards is to *remove* government subsidies, since most of them go towards paying farmers to limit their harvest output, thereby keeping per-bushel prices high.

Same with any other non-processed food item - dump the subsidies, and farmers will have to increase production to make up for it. This in turn will force prices down for those food items.

I suspect things work a bit more linearly than you might surmise. Maybe I just read your post wrong, but let me re-word it to see if I got it right, with a few changes:

Right now, we (as a human civilization) have pumped out radio signals that currently are racing out past the 100+ light year mark. This is stuff we sent long ago (e.g. Titanic's SOS call has reached the 102-light-year-mark, other early Marconi radio broadcasts in Morse code, stuff like that.)

The initial contact is the bitch - you send something out to a planet 50 ly away, hope someone is there and is capable of listening at that moment, along the frequency band you sent, has his antenna pointed at the same vector from which your signal is originating, has sufficient technology and skill to discern it as a intelligent/sentient message created intentionally. Oh, and you'd better hope something in-between doesn't obliterate the signal on its way there, and that it was powerful enough to not be diffused too much.

Meanwhile, your alien recipient not only has to receive it, but he needs to be capable of sending something in return. If he can decode what you sent and then send a suitable reply - bonus! If he sends something with the same pattern back, okay.

Now we get to wait another 50 years before the reply gets back here, we still have to be around as a civilization (with the right equipment!) to hear it, have someone interested in listening for it (what, 100 years after his grandpappy sent the original signal?), and again, hope the alien dude didn't decide that maybe a different and random (to you) frequency band would have been better to send the reply with... and toss in the same hazards experienced when sending the original request signal.

(...and you thought postal service was slow...)