Its not a parody, but it deliberately uses the form of the Daily Mail. However, instead of delivering the ephemeral and trivial content of the DM, it uses that form to deliver content (intended to be) more potent.
I think one reason for using the DM's form is to highlight how empty the content of a online newspaper is, when compared to something thoughtful dressed up in the same design.
As there's more choice, people seem to be more interested in what others are doing, so when something gets some traction it can grow very big very fast. (And this game had some help at the start, it seems).
If it wasn't Flappy Bird, it would be something else. But this game does have the key elements: simple, accessible, shareable.
Harmful to a few internet companies, but beneficial to other US companies. The leaks have identified that the NSA conducts industrial espionage to the benefit of US companies.
That said, I disagree with the grandparent's point that Corporation literally are the government. Instead, the need for large media budgets for re-election campaigns drives the political process, which makes corporations and politicians cosy.
A large percentage of those are overseas, and the remainder are concentrated in Mountain View (yes, I'm aware of satellite offices in SF, NYC, Boston, etc.) Call it 15K HQ employees, which should be enough to make an impact. Right?
Except that their own senator, California's Dianne Feinstein, remains arguably the most vocal NSA surveillance enthusiast on Capitol Hill. She'll get reelected with or without the help of those 15K voters -- in a state with a population of 40 million. (In reality the number is even lower because not all employees are U.S. citizens eligible to vote.)
And those 15K concentrated employees are negligible compared to companies like AT&T, which has 243,000 employees which tend to be inside the U.S. and spread more evenly through congressional districts:
http://finance.yahoo.com/q/pr?s=T+Profile
I don't think there is a necessary contradiction in "favoring access" to government-promoted or funded arts and sciences, as well as "favoring access" to full disclosure of surveillance programs and desiring effective judicial oversight, and not "favoring access" when the government wants to have a large amount of data about the lives of its citizens.
The current surveillance is being performed without oversight and in secret: so a "favoring access" stance aligns with wanting full disclosure of the surveillance, and a judicial process that allows for oversight of what is being surveilled and when.
Within the surveillance issue is a desire for privacy (which is not "favouring access" to information, as you note), which I think comes from two issues: that the government is a public institution for the public good and so it has less expectation of privacy than an individual. and also that there is a power imbalance between what the ability to act on information between governments and other entities, and an individual.
Publicly-funded research that the public is denied access to is an issue of both government openness and power imbalance.
Government promotion of the arts and sciences (which is the reason for copyright) being used to unduly deny the public access to aspects arts and sciences falls into both as well, IMHO.
What is more troubling is not that so few of these results results are reproducible, but that it appears almost no-one is trying to reproduce the results of earlier studies. The ability of the scientists who wrote the paper to even get access to the resources necessary to try and reproduce the results is limited.
I'm reminded of Feymann's Cargo Cult Science:
"I was shocked to hear of an experiment done at the big accelerator at the National Accelerator
Laboratory, where a person used deuterium. In order to compare his heavy hydrogen results to what might happen with light hydrogen he had to use data from someone else's experiment on light hydrogen, which was done on different apparatus. When asked why, he said it was because he couldn't get time on the program (because there's so little time and it's such expensive apparatus) to do the experiment with light hydrogen on this apparatus because there
wouldn't be any new result. And so the men in charge of programs at NAL are so anxious for new results, in order to get more money to keep the thing going for public relations purposes, they are destroying--possibly--the value of the experiments themselves, which is the whole purpose of the thing. It is often hard for the experimenters there to complete their work as their scientific integrity demands."
If I had to sum up science in one phrase, I wouldn't say anything about the "scientific process" or anything like that. I would say: "Look for reasons why you are wrong, not reasons why you are right." You can always find reasons why you're right. You can always do an astrology forecast and find someone for whom it was dead-on accurate. That's not the problem with astrology, the problem lies in how often it is wrong. It's wrong so often it's useless. But if you only examine the positive evidence in favor of it, you will never come to that conclusion.
The theories that are powerful and worthwhile are the ones that are rarely or never wrong. Can't always get "never". It's a complicated world and we aren't all physicists. But we at least ought to be able to get "rarely", and if you can't, well, I guess it's not science then. That's OK. Unfortunately, not everything is amenable to science, though you can still approach it in this spirit of trying to see how you might be wrong rather than proving yourself right.
Once you start looking around with that standard, it's not hard to see how little science is really being done. Why are we publishing these dubious studies? Because for all the scientific trappings we claim, with statistics and p-values and carefully-written recordings of their putative procedure written in precisely the right way to make it sound like everything was recorded (while still leaving out an arbitrary number of relevant details), we've created a system where we are telling people to look for reasons why they are right... or we won't publish their results. Guess what kind of results we get with that?
If you start from the idea that you need to look for why you are wrong, the scientific method will fall out of that, along with any local adjustments and elaborations you may need, and every discipline, sub-discipline, and indeed at times even individual experiments need adjustments. If you start with "The Scientific Method", but you don't understand where it came from, how to use it, or what it is really telling you, you'll never get true science, just... noise.
"Look for reasons why you are wrong, not reasons why you are right."
I share your worldview. Makes intuitive sense to me. It's intellectually honest. And if I'm wrong about something and no one corrects me, I get kinda grumpy.
Maybe everyone else already knows, but I learned relatively late that it's called Popperian.
Falsifiability is one natural landing point, but it is also somewhat controversial. What I'm advocating isn't so much a philosophy as a state of mind, one hopefully less controversial than trying to declare a "definition of science". I think of it more like a mind hack you can perform on yourself. (So much discipline boils down to figuring out how your conscious brain can fool your subconscious brain.)
In practical terms, reproducing someone else's work most of the time boils down to redoing someone else's PhD thesis. Which is both not very interesting and doesn't help getting your own research done.
I agree that reproducing someone else's experiment won't help you get your PhD closer to completion (because you should be doing your own experiments and publishing no matter what, if you expect to land that lecturing position, i.e. publish or perish).
Reproducibility is one of the main principles of the scientific method (those papers shouldn't even been accepted if they don't contain enough information about how to reproduce the experiments they describe)
If an experiment is so complex that it can be compared to redoing someone else's thesis it can be either that the thesis is very simple or the experiment is so complex that it probably proves nothing.
Yes, I'm not arguing the foundations of the scientific method, just pointing out how it is in practice.
In every field you have the established base theory, the bleeding edge you work on, and a bunch of preliminary work in-between. Checking out references is important, but this is a recurrent process (as you need to check the references of those works too), and you only have so much time.
So what really seems to happen is only a few select works in any subfield achieve large citation index, and those stand a decent chance of being verified at some point, or at least they do have enough work trying to build up on their results that a systematic inconsistency would show up.
The player didn't really "drive up the price by cornering the market." This was just an exploit of an edge case in the game's "average market price" algorithm, and didn't really have anything to do with cornering the market.
I wasn't aware of the negative turnout of this until now. I hadn't seen an article since porsche was in a power position. For those who are in that boat:
I agree. But I think countries can be a useful proxy if they aren't all, say, Western European, or Carribean.
The big culture zones IMHO are
Americas: North, Central, South and Carribbean;
Africa: Southern, Western, Eastern, Northern;
Europe: Western, Mediterranean, Eastern;
Asia: Middle East, India, South-East, China, Central, Japan/Korea;
Pacific: Islands.
Obviously personal perspective will divide or agglomerate those, but its a rough guide.
