Well, robbery would be a bit tougher than general mayhem. In the foreseeable future you'd probably need a human in the loop, for example to confirm that the victim actually complied with the order to "put ALL the money in the bag." Still that would remove the perpetrator from the scene of the crime. If there were an open or hackable wi-fi access point nearby it'd be tricky to hunt him down.

This kind of remote controlled drone mediated crime is very feasible now. It wouldn't take much technical savvy to figure out how to mount a shotgun shell on a quadcopter and fly it to a particular victim (if you have one). That's a lot less sophisticated than stuff terrorists do already; anyone with moderate technical aptitude could do it with off-the-shelf components. I'm sure we'll see our first non-state-actor controlled drone assassination in the next couple of years. Or maybe a hacktivist will detonate a party popper on the President or something like that.

Within our lifetime it'll surely be feasible for ordinary hackers to build autonomous systems that could fly into a general area and hunt down a particular victim using facial recognition. People have experimented with facial recognition with SBCs like the Raspberry Pi already.

You can forbid states from doing this all you want, but as technology advances the technology to do this won't be exotic. It'll be commonplace stuff used for work and even recreation.

Not necessarily a tyrant. Any psychopath with money.

They aren't exactly the same, because interstitial ads aren't just obtrustive, they're interfering. You can't simply mentally resolve to ignore them; if you want to continue you've got to either follow the ad or find a way to dismiss it. This presents the user with a Hobson's Choice: physically respond to the ad, or go back.

A lot depends on how motivated you are to get at the content. If it's something you've clicked out of idle curiosity, you'll back away. If it's something you really want to see you'll fight your way through. Since so much traffic on the Internet is driven by idle curiosity, the 69% figure doesn't surprise me at all. What would be interesting is to disaggregate that figure by types of target content.

You are conflating a world that is becoming warmer with a world that just *is* warmer. It may be true (I take no position) that a world that is 4-5 C warmer is better for certain classes of poor people (e.g., subsistence farmers). But a world that is changing rapidly is a calimity to poor people tied to the land, especially in a modern world with national boundaries and private property where you just can't pick up and move like our paleolithic ancestors would have.

Just because something is not our fault does not mean we cannot collectively make things better. You know, old-fashioned pre-21st century things like succor, empathy, and compassion.

The likely outcome of leaving a mostly able-bodied populace to decide whether providing transportation to the disabled is "worth it" is precisely why such matters are and should be handled by the government which, ostensibly, promotes the common good.

... Give me back my caps!

This guy is entitled to use the word "plant" as he will, but it doesn't agree with modern systematics. For example he calls "kelp" a plant, but it is taxonomically closer to the parasite that causes malaria than it is to land plants.

"Macroalgae" is a multi-phyletic category, including eukaryotes of the Archaeplastida group that includes red algae and green algae and the land plants that evolved from green algae, and of the super-group Chromalveolata that includes red tides, brown algae (such as kelp or Plasmodium). Green algae and land plants are grouped together under the kingdom "Plantae" in modern taxonomies.

So "seaweed" as a category includes organisms which are (cladistically speaking) closely related to land plants (green algae like sea grapes or sea lettuce), middling-related (red algae like nori or carageenan) and not very closely related at all (brown algae like kombu/kelp). Of course all organisms are presumably related to some degree.

The seaweed in question is a kind of dulse, a red algae. It's more closely related to land plants than a brown algae like kelp would be, but less related than sea lettuce. Red algae are specifically not included in the Kingdom Plantae. However, layman are free to call whatever they want a plant, even if it's in fact something else entirely, the way they call any small arthropod a "bug", even through true bugs are one of the 75,000 species in the order Hemiptera (out of over a million insect species).

Technically it's not a plant. Its a macroalgae and thus belongs to an entirely distinct taxonomic kingdom from plants and animals. Of course halakhically it probably counts as a plant because Jewish law isn't based on modern scientific concepts.

Many years ago some of my wife's friends inhabited a kosher apartment near her engineering school that had been passed down through generations of orthodox students. A dispute arose over whether a particular bowl was glass or pottery. Finally they called in their buddy the material science major for a scientific ruling. "It's neither," he said. "It's ceramic." Which was technically accurate, but irrelevant to the question of whether it could be kashered.

Bombus sonorus -- the Sonoran Bumblebee -- is a common North American desert species.

To answer your question every critter has it's range. Even you do. Visited Antarctica recently? Or Mars?

If you were a bumblebee you'd have a range of about a quarter of a kilometer from your nest. In rare instances you might go as far as 800m distant. And therein you can see why climate change poses an adaptation challenge to bumblebees.

Bumblebee colonies die every winter. The old queen perishes and the new queens hibernate until the spring then disperse to a new nest site. So you can see that the species can only relocate northward at a fraction of a kilometer per year -- although it may have better luck moving vertically -- to higher altitudes where a convenient mountain is handy.

Species that adapt well to climate change either have individuals with large ranges, or they hitch a ride on critters that travel long distance. For example mosquito species have lifetime ranges on the order of 2-3 km, but the Asian Tiger Mosquito (Aedes albopictus), which breeds in small containers of water, usually spends its life within 100m or so of where it hatches. The Tiger Mosquito species was introduced to the US at Houston in 1985 and fifteen years later it was found all over the United States. How is this possible if an individual lives its entire life within a 100m radius of its hatching place? I went to a presentation at CDC Fort Collins where their arthropod borne disease doyen plotted out the spread of Ae albopictus and showed it followed the route of the US Interstate Highway system. Eggs and pregnant individuals hitched a ride. That's because cars and trucks provide things that mosquitoes are attracted to: people to bite and tiny pools of water trapped in spare tires or crevices of the machine for egg-laying. Note that Ae albopictus larvae are known to arrive in the US in a shipments of that "lucky bamboo" you can buy in Chinatown; those stalks hold maybe 20-30 ml of water. It takes a "container" with only a tablespoon or two of water to transport viable larvae.

Now back to bumblebees. Because bumblebee colonies are small (typically 50 individuals to 50,000 for honeybees) and temporary, bumblebees don't stockpile honey. So unlike honeybees humans have no reason to transport them deliberately. Likewise cars and trucks aren't attractive to bumblebees so it's rare that a new queen will get an accidental ride north with a human. So bumblebees are poorly adapted to a rapidly changing climate.

It's a scam that's been shut down, but it's impossible to put a nail in its coffin because it's not one company doing it. The FTC tracked down a bunch of companies at the start of this year and forced them to fork over $700,000 in compensation, and it didn't even make a dent in the volume of calls.

"Cardholder service" scams are low success rate, high volume affairs which require only a small number of people to run and thus are easy to shut down and start up again under a different corporate entity. The only way to stop them is to make all low success rate, high volume telemarketing businesses intrinsically unprofitable, and the only way to do that is to charge for all calls.

This can be a nominal amount that wouldn't interfere with normal calls, it just has to be enough to deter calls that have very little chance of accomplishing anything useful. Ten minutes of a US minimum wage employee's time will cost a company $1.20, so let's set the level of pain at less than 1/10 that: every time a call is connected, $0.10 should be deducted from the caller's account and credited to the recipient's account. That way parties that call each other equally will tend to come out even.

Well that may be so. But as you get older you get less patient with people wasting your time.

Let's say you're 90 years old. You're using a webmail system which does everything you need it to do. Then some manager has a brainwave and suddenly all the functions are somewhere else. How much of the 3.99 years the actuarial tables say you've got left do you want to spend dealing with that?

It's not just 90 year-olds. Take a poll of working-age users and find out how many like the MS Office Ribbon; how many people are cool with the regular UI reshuffling that takes place in Windows just to prove you're paying your upgrade fee for software that's "new"?

I was working as a developer when the news of the Therac 25 problems broke, so I remember it well. You actually have it backwards; it wasn't bad UI design at all.

The thing is mere functional testing of the user interface would not have revealed the flaw in the system. What happened is that people who used the system very day, day in and day out, became so fast at entering the machine settings the rate of UI events exceeded the ability of the custom monitor software written for the machine to respond correctly to them.

If the UI was bad from a design standpoint the fundamental system engineering flaws of the system might never have been revealed.

Iâ(TM)m not blaming âoebankersâ exactly, Iâ(TM)m blaming people who loan money to people who are may or may not pay it back and when they dont get paid back they go running to their central banks or governments and demand they get made whole at the expense of everyone else. Same thing happened in the U.S. in 2009 with the TARP and assorted other bail outs.

Yea the rating agencies really sucked especially leading up to the crash in 2008, but it doesnâ(TM)t relieve lenders of ultimate responsibility for their actions. If the credit ratings are wrong its the responsibility of the lender to figure this out, no one else.

Lenders collect interest on their loans partially to cover the potential risk they wont get paid back, the higher that risk the higher the interest they collect. If they collect high interest rates on risky mortgages and then when someone defaults on them central banks and governments make them whole it creates massive moral hazard.

If the Greeks were a bad risk prior to 2008, which they probably were, the interest rates they had to pay should have been higher and they would have been dissuaded from borrowing or lenders would have been dissuaded from lending to them. Instead the EU created a perverse system where risky borrowers (all of the PIIGS) got relatively cheap money and a lot of it and were incentivized to take as much of it as they could. The EU and the lenders are 100% to blame for this situation for throwing the money at them.

The PIIGS shouldâ(TM)ve never entered an economic union with Germany in the first place, they had no chance of competing with Germany locked in to the same currency. It was a win win for Germany on all fronts.

You donâ(TM)t actually know what you are talking about do you.

Most of the loans in question here were in fact loaned by German and French bankers to the Greeks prior to the 2008, Deutsche bank was one of the biggest. They could get somewhat higher returns loaning to Greece and they had some security because Greece was in the Eurozone. That security unravelled with the 2008 crash.

The ECB, EU, IMF gave massive loans to Greece in 2010, and most of it immediately went to extricate the German and French banks from their bad greek loans. If the Greeks has defaulted on the original loans then there would have been a massive banking crisis in Germany and France. The 2010 EU bailout was to save their banks more than it was to help the Greeks.

The Greeks just got more debt piled on top of too much debt and its totally destroyed their economy. Recently released IMF studies confirm the Greeks canâ(TM)t sustain their current debt load and it has to be restructed or they have to default. If they stay the current course with austerity and more and more bailout loans they are doomed.

If the Greeks had been smart they would have exited the EU and defaulted on the debt in 2009 and the people who made the bad loans, the German and French bankers, would have paid the price. Instead they got off scot free.

Iceland immediately defaulted in a similar situation, they had some short term pain but they rebounded, while the Greece has gotten nothing but worse and worse under the yoke of a corrupt European and global banking system.

For banking and loans to work there is a simple rule, if you are foolish enough to make a bad loan to someone who probably wonâ(TM)t pay it back, then you pay the price when they default. Instead the people who make the bad loans (i.e. bankers) get to keep their bonuses profits and everyone else gets to pay for their stupidity, greed and corruption.