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Comment Re:Because no adult ever like... (Score 5, Insightful) 81

If they're marketing at kids, they're marketing at kids. There's virtually no way to market to kids that doesn't involve doing things that will be attractive to some adults too, but it's sophistry to pretend they're aiming their marketing at adults on that basis.

This is disingenuous and wrong. The exact same tautology can be used to say "They're marketing to adults, but some kids are attracted to things marketed at adults". Just because it has fruit and bright colors does not mean that it's "targeting children". There is nothing inherently child-oriented about fruit or bright colors.

By that logic, Apple is targeting children because they use a fruit logo, TD Ameritrade is targeting children because they have a bright green logo, and Lamborghini as well for making a bright orange supercar. Give me a break.

Comment Stupid Lawsuits (Score 1) 81

Why is it so difficult for people to understand that tobacco tastes like ass on its own, and that other flavors are much more appealing even to adults who use vape products? If I was trying to quit smoking, OF COURSE I wouldn't choose the dirt-flavored product, and there's nothing specifically targeting kids about this.

If your product is fruit-flavored, why would you not have pictures of fruit on the label? Menthol has green mint stuff on it, so sure, blueberry has blueberries on it. The only thing remotely bad about these companies' actions is that they didn't have appropriate age verification on their sites. That isn't targeting kids either, it's just poor eCommerce compliance.

These tobacco giants are really targeting these vape companies with disinformation and smear campaigns as hard as they can. Their profits must be in the toilet.

Comment Re:In other words, blocking opponents (Score 1) 96

Given the propensity for fascism/dictators to seek out any means to control and limit information available to the masses, and Trump's prior propensity for dictator-like "I do what I want and I'm the only one who matters, anyone who writes or speaks badly of me is an enemy of the people" actions make this quite odd to me.

Comment Re:Interesting connection that my Local Media omit (Score 1) 166

THC extraction in the black market almost certainly uses a nasty solvent like butane, propane or some other high volitility and easy to obtain gas to extract it.

Sadly this is true. Even at legal dispensaries I now have to ask if it is BHO (butane hash oil) or extracted with something much more safe like supercritical CO2. The problem is that the CO2 extractors cost $5k-$30k depending on size and complexity, while for BHO you can just run a can of hardware store butane through some buds in a PVC setup in your trailer bathroom and get something resembling THC vape juice.

Comment Re:Who'd have thought it? (Score 1) 166

If you have good clean e-Juice then you're inhaling the same thing used to suspend Albuterol in asthma inhalers and used for non-toxic fog juice. If you try to mix your own and put crazy crap in it, or buy from a shady guy on the corner, sure you are probably not going to get the safe stuff.

For example, you smoke weed every day. You're probably fine. You want to flavor it, so you start burning fruit with your ganja. Probably won't be fine for long - people don't usually smoke those things so we don't know what they do to our lungs and bodies.

Comment The spice must go (Score 1) 166

That 'spice' or 'k2' shit is terrible. Didn't that kill some people on its own? I thought the FDA had all but banned it from sale in the US, so it's not doubt to me that if people have liquified it and are vaping it then we're going to see some issues there.

The other thing I was considering, and something that would be an easy mistake to make, is if anyone tried to make homemade e-juice and used the wrong kind of Glycerin. Vegetable Glycerin is relatively harmless when vaped, but Animal-based Glycerin can cause serious lung problems with the same use.

The amount of coverage this extremely small set of cases (relative to the number of people who have vaped heavily for a decade) makes me think it's some sort of widespread tobacco-industry corporate hitjob. The number of news outlets publishing "vaping causes illnesses and death" when there's not yet been any actual tie between the illness and vaping (which they are all careful to mention in small print at the bottom of the article) is quite appalling.

Submission + - Quantum Radar Has Been Demonstrated For the First Time (technologyreview.com)

An anonymous reader writes: Shabir Barzanjeh at the Institute of Science and Technology Austria and a few colleagues have used entangled microwaves to create the world’s first quantum radar. Their device, which can detect objects at a distance using only a few photons, raises the prospect of stealthy radar systems that emit little detectable electromagnetic radiation. The device is simple in essence. The researchers create pairs of entangled microwave photons using a superconducting device called a Josephson parametric converter. They beam the first photon, called the signal photon, toward the object of interest and listen for the reflection. In the meantime, they store the second photon, called the idler photon. When the reflection arrives, it interferes with this idler photon, creating a signature that reveals how far the signal photon has traveled. Voila—quantum radar!

The researchers go on to compare their quantum radar with conventional systems operating with similarly low numbers of photons and say it significantly outperforms them, albeit only over relatively short distances. That’s interesting work revealing the significant potential of quantum radar and a first application of microwave-based entanglement. But it also shows the potential application of quantum illumination more generally. A big advantage is the low levels of electromagnetic radiation required. Then there is the obvious application as a stealthy radar that is difficult for adversaries to detect over background noise. The researchers say it could be useful for short-range low-power radar for security applications in closed and populated environments.

Submission + - Complex Quantum Teleportation Achieved For the First Time (phys.org)

An anonymous reader writes: Researchers from the Austrian Academy of Sciences and the University of Vienna have experimentally demonstrated what was previously only a theoretical possibility. Together with quantum physicists from the University of Science and Technology of China, they have succeeded in teleporting complex high-dimensional quantum states. The research teams report this international first in the journal Physical Review Letters. In their study, the researchers teleported the quantum state of one photon (light particle) to another distant one. Previously, only two-level states ("qubits") had been transmitted, i.e., information with values "0" or "1". However, the scientists succeeded in teleporting a three-level state, a so-called "qutrit". In quantum physics, unlike in classical computer science, "0" and "1" are not an 'either/or' – both simultaneously, or anything in between, is also possible. The Austrian-Chinese team has now demonstrated this in practice with a third possibility "2".

The quantum state to be teleported is encoded in the possible paths a photon can take. One can picture these paths as three optical fibers. Most interestingly, in quantum physics a single photon can also be located in all three optical fibers at the same time. To teleport this three-dimensional quantum state, the researchers used a new experimental method. The core of quantum teleportation is the so-called Bell measurement. It is based on a multiport beam splitter, which directs photons through several inputs and outputs and connects all optical fibers together. In addition, the scientists used auxiliary photons—these are also sent into the multiple beam splitter and can interfere with the other photons. Through clever selection of certain interference patterns, the quantum information can be transferred to another photon far from the input photon, without the two ever physically interacting. The experimental concept is not limited to three dimensions, but can in principle be extended to any number of dimensions, as Erhard emphasizes.

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