And you, sir, need to get a
It is indeed as you say, and properly quote for context.
And you, sir, need to get a
It is indeed as you say, and properly quote for context.
The button to Submit a story is right in front of your nose a the top of the page.
Unless you're implying the editurs are idiots and ignore perfectly nerdulent story suggestions.
You are correct, sir, in that I have not done my part in keeping
TFA discusses this, and they are working on cadmium-free dots, but they are harder to produce. They use indium and phosphorus for those.
Yes. The article also continues to further explain that the cadmium-free dots are less efficient, which makes them less-desirable to the display manufacturers.
Also, to GP, the CEO of the profiled company notes in the article that they do not release any Cadmium in the production of the quantum dots, but they have no control over how the displays are disposed of when they are no longer wanted. Considering the environmental consciousness that they are stated to show, I'm sure the company would love to get those dumped displays and get that Cadmium back, rather than letting it being lost in the environment.
I have been reading
This submission is a perfect example of "News for Nerds, Stuff that Matters." The summary doesn't tell you everything, you have to click through and read the article to get the true value of it. I read the article and it was very informative. I learned interesting information from it. It wasn't just interesting, I might actually use that information in the future.
Thank you for perking up my day with interesting information and giving me hope that
that's one thing i'll never understand about those crazy europeans - high value coins. i mean, they have 10 euro coins! that's like 15 dollars!!! and these are in high use. in US the most valuable coin in mainstream use is a quarter. isnt that weird???
Yeah, that's weird.
They should do things like we do here in the US. Our high-value currency is imprinted on paper, making it easy to carry around large amounts of it so it's convenient to spend more.
Actually, Oxytocin is destroyed in the gastrointestinal tract in humans. It's normally administered via intravenous injection or nasal spray. So, body spray could actually be useful for getting it to work on people.
However, it doesn't have the same effect in humans as it apparently does in mice.
In humans, Oxytocin creates and/or promotes social bonding. It does not create a sexual response in humans, but levels of it become heightened during and after sexual activities.
So, people can drop the immature sex jokes (or waste their time and keep posting them) as using it on the opposite gender won't automatically cause them to want to have sex.
OTOH, it could be used to make people like each other. World Peace drug, anyone?
The scientists in this article are classifying the characteristics of a new heterogeneous material, which is a necessity as the time for breakdown of this material may make it a significant part of the fossil record.
The scientists are not saying it is a new form of rock. Only possibly the submitter or samzenpus are (mistakenly) saying this.
To repeat: RTFA, no new rocks here!
Sadly, considering where that originates from, it's true.
Channeling a magnetic field through a ferromagnetic metallic "skin" (hull plating) will deflect or scatter charged particle weapons or hazards.
Similarly, one could "paint" one of the various forms of materials whose optical properties can be altered by passing electrical current through it. It could be made to be 100% optically absorbent (the same as using two polarized optical filters set at a 90 degree rotation with respect to each other) in order to prevent you being spotted when you're in space. If someone sees you (since you just passed in-between a light source and them), and they shoot lasers at you, you change the polarization to make the material 100% optically reflective, thereby bouncing the laser off your ship.
Any laser much higher or lower in frequency than the visible spectrum (as in beyond IR and UV, which could also be affected by a very small subset of the materials which handles the visible light frequencies) is fairly difficult and inefficient to produce, therefore making it extraordinarily unlikely to be used as a weapon.
"Normal-looking offspring were obtained from all four strains tested."
Link from article http://www.biolreprod.org/content/early/2013/06/25/biolreprod.113.110098.abstract)
One scary a$$ line, indicates a 100% success rate.
You should re-read the abstract to see what it is really saying.
The end result is that they were able to get normal-looking offspring from all four strains tested. However, there was an excessive number of failures in the process in order to get that process. The important line over-looked indicating what it took to get those end results: "cloned offspring were born at a 2.8% birth rate". If you check table 1 of the full article it shows there were a total of 651 embryos cultured in order to get their end results.
This is very far from a 100% success rate.
The aim of the experiment was to see if a clone could be produced from more commonly available cell types. This was a desirable aim due to the fact that it would be less harmful (and/or painful) to the donor than other methods of harvesting material for cloning (which may result in permanent damage or death to the donor).
The viability rate for this method of cloning is still no greater than any other method of cloning in use. It's simply a more humane/ethical method of cloning, nothing greater.
When you read the article, this isn't actually too controversial. All that's being done is changing the timing of of when the measurements are taken and when the intermediate photons become entangled. It's really just using the entanglement process to spread out the time over which the quantum state data is transmitted. You basically have a quantum data historical record.
I can certainly see this opening up useful new capabilities in quantum computing and measurement of quantum phenomena, but it doesn't change our understanding of quantum events and how they interact with our "everyday notions of space and time.".
Hehehe, you're on to something there =)
I wonder if it could be called "hiding" in a legal term if people are capable of recognizing you, but software isn't.
Something that I could pick out with my eyes as a commonality with all 4 models which were "hidden" from recognition: hair coming down the middle of their face. From the looks of the 4th model (the one with the crimson hair in the middle) that's really all that's needed to defeat this program. It doesn't seem like hiding is really that difficult.
Assemble a tesseract.
If it can't do that, it's not a 4D printer, it's just hype about a different 3D printing method.
I remember skipping as a kid. I did it in the local mall when my family did our weekly Friday meal/shopping. I did it when I got to our meeting place while waiting for everyone else. I would skip off looking for them instead of just waiting around.
The thing is, after a month of doing this, I wasn't just skipping, I was leaping. It would be a couple of skips to build up enough rebound and then I was leaping. I was able to cover ground much faster than I would normally running in-and-out of the crowd because I could leap over shorter people (I could jump over my own height, easily bounding onto the concrete planters whose edge-tops were above my height) and keep skipping along at that pace with the rebound energy without tiring anywhere near as fast as running. I would guess looking back at it now that I only used about as much energy as jogging, but got better distance/speed.
I eventually stopped doing it because my older brother kept telling me to stop doing it because it was too embarrassing. I grudgingly complied.
Now that someone else brings it up (I was also naturally very good at broken-field running), I wonder at what the result would have been had I not listened to my brother. Could I have continued on with my skipping/leaping to the point that I built up my muscles and technique to keep up a proportionate increase in my leaping ability and set myself up with a better way to travel through crowds or would I have (much more likely) ended up blowing out my knees and/or ankles since human physiology normally doesn't seem to allow for such feats (as the biochemical reactions that allow great leaping abilities in insects reach a point of diminishing returns as you attempt to scale them up)? Perhaps I'm missing something in my evaluations that people have seen in their research in things such as the materials and techniques used in robotic exoskeletons?
California obviously would be the best for inclement weather., but has an extremely expensive costs for land, rent, and labor with high taxes and earthquakes.
It's not just earthquakes. Taking the state as a whole, California is subject to every natural disaster known to man save for volcanic eruptions. Anybody moving facilities there, when the intent is as close to 100% up-time as possible, is bloody freaking nuts.
The best things in life go on sale sooner or later.