I tried it to see what kind of results I could get with it. It happens that I have some different implementations of the Fast Fourier Transform that I use to benchmark these kind of things. What I found out is:
It doesn't implement every Python module. I couldn't get the array module to work. But this might be in their future plans.
It can get a little picky with variable types. For example, multiplying an integer with a complex won't work, or trying to print an integer using a floating point format. Maybe they're working on it too.
It can take some time to compile and run.
While the scripts indeed run faster, it was nothing close to 10x the speed, much less 100x. In general, I got a 2.5x speed up. It was outperformed by Pypy in every test I made.
Just for the record, I have the same algorithms implemented in C, and Pypy performs comparably to C. Disclaimer: they are not optimized, instead, I made an effort to make the same operations as much as possible, with the intent of comparing speeds. Also, not a scientific assessment, so take it with a grain of salt.
Rosette: I'm a little busy at the moment. Could you wait a bit?
You: Sure, why not.
Rosette: I'm a little busy at the moment. Could you wait a bit?
Just like every other woman with whom I chatted before. Sounds perfectly human to me.
I'm going to fucking kill Google. I've done it before and I will do it again.
And then he threw a chair.
"Longo says that the chance that it could be a cosmic accident is something like one in a million.
So, it IS an accident?
Reminds me of the excellent art book "Drawing on the Right Side of the Brain" - which talks about how we have to turn off some of the analytical features of our mind to become better artists.
I have this book. When I was trying to learn to draw, I used to read it every day. The author describes a kind of a "zen state of mind", where you lose your ability to think rationally and even talk. I spent a lot of time trying to achieve this state of mind. Never could. There are parts of this book that makes sense: the way you described, for example, that what we know about the world affects how we interpret what we see. But that magical state where you turn into a fantastic drawer, like the pictures shown in the book, I don't think make a lot of sense. In fact, today we know that you cannot dissociate left and right sides of the brain when interpreting or imagining images.
The book, however, helped me with the section that was called, I think, "letting the left side help", where the author describes how to measure and stablish proportions. Turns out, however, that this is not related to left or right side of the brain: any book on drawing I read later had the exact same techniques. I learned how to draw using them, and turns out that what you need is actually a lot of practice and knowledge. She presents a nice technique for copying pictures and nothing else. In the time I got more knowledge about sciences, all that book said sounded incredibly pseudo-scientific to me.
The main point in the article, is how almost none of the few published papers by the people signing to "video games don't cause violence" brief were published in respectable psychological journals.
The reasoning is flawed anyways: no matter how much people repeat something that is wrong, it doesn't become right. It just doesn't follow -- if the studies were all biased and badly conducted, no matter how many of them exist, their conclusions are wrong.
Following their reasoning: respectable (to astrologers) astrology journals have published much much more studies on the relevance of astrology than respectable psychologists published on video game violence. Thus, according to their arguments, astrology must be right. Same for every pseudoscience out there. And, here is one thing to think about: there is a lot of criticism on how research is conducted on psychology -- many people consider it borderline pseudoscientific.
What could possibly go wrong with accellerating brain function in rats.
I for one welcome our new super intelligent rat overlords.
Don't worry. Rats are already the most intelligent species on Earth. Followed by dolphins, and then humans.
The trouble with doing something right the first time is that nobody appreciates how difficult it was.