Slashdot Mirror
State of US Science Report Shows Disturbing Trends
coondoggie writes to mention that the National Science Board is concerned about certain indicators in the science and engineering fields for the United States. "For example, US schools continue to lag behind internationally in science and math education. On the other hand, the US is the largest, single, R&D-performing nation in the world pumping some $340 billion into future-related technologies. The US also leads the world in patent development."
Are we saying that Patent Trolling is the same thing as Developing?
Give a man a fire and he'll be warm for a day. But light a man on fire and he'll be warm for the rest of his life.
This is a natural cycle of markets. (or greed, or laziness or whatever...) now the US is resting on their laurels, reaping the benefits of engineers past and eventually will pay dearly economically for this culture's unwillingness to churn out better engineers.... and 70 years from now you'll probably see another surge of ingenuity and wonder in western-hemisphere technology.
"Patenting the obvious, since 1994" :-)
"Flyin' in just a sweet place,
Never been known to fail..."
...a creationist museum in Texas is closing
Mod US science +1!
Hardly, as many of the world's brightest researchers end up in the US.
A more interesting question is how much all that patent business is increasing the costs of R&D in the US and the West in general. Because one of the unlucky consequences of patents is that once a wheel is patented, it has to be reinvented 20 times, carefully treading around the patent each time.
It seems to me to be the height of hypocrisy that business leaders (Gates and company) complain about a lack of scientifically/technologically trained Americans, and thus we need to increase H1-B visas. These same leaders then turn around and support republican candidates who don't believe in evolution and want to water down the science curriculum by introducing Intelligent Design.
To make laws that man cannot, and will not obey, serves to bring all law into contempt.
--E.C. Stanton
Wait, you mean in a nation where whole chunks of the population teach their kids that the world was created by an invisible sky daddy in six days isn't leading the pack in science education? We'd better pray harder!
This is going to sound really cynical, but I feel inclined to say: No wonder current tech is not forward-thinking and is only innovating at a "comfortable" pace. You know, the kind of pace that enables companies to really milk as much as they can out of products without having to do very much R&D to improve the tech.
This is why we are still using countless seperate devices for our various everyday communication/information needs that can't communicate with each other, and why the concept of "integration" of the technological extensions of ourselves is largely overlooked. Oh, it's also why we pay $50+mo for, frankly, the most basic of cell phone and internet connectivity, for example. Companies that have the funds to do amazing R&D and amazing advances in the "human" aspects of technology aren't bothering, because they're rich as hell one way or another - they can crawl along at a comfortable pace with no problem (especially because "everyone else is doing it too").
Yeah, a bit of a tangent there, but I've been thinking about this stuff a lot lately. You know, we 100% have the means for technology to be so much more, but it's as though no one cares.
Consider:
That's what I hear from my freshman-sophomore math majors nearly every day. Sorry to pass the buck, but I suspect that HS math is either dumbed down or grade inflation prevents the kids and their parents and their parents' lawyers from complaining too much. So, they get A's in a "hard" subject, get lots of kudos because this must indicate that they're smart, and so some decide (quite logically) to choose math as a major in college.
Then if you get a prof who expects excellent performance for an A, average for a C, and F if you never did work enough to catch on, and then their world turns absolutely upside-down.
Should students study harder? Absolutely. And _13 years_ of public education ought to provide adequate training in how to study. If not, we'll get more of these "disturbing" trends.
I think it is time to stop comparisons like "the US is the largest, single, R&D-performing nation in the world pumping some $340 billion into future-related technologies", because they give a distorted view of reality. The main reason the USA comes out on top so often with this kind of statistic is simply because it is sound a large populous county.
For example, the USA wins the most gold medals at the Olympics. But does that mean the USA is the best at sports? No. If we look at gold medals per capita, then Australia easily beats the USA. If we add countries together so we have equivalent populations, then we get another picture - Europe would often beat the USA if it entered as a single country, for instance.
If you looked at R&D per capita, or R&D as a % of GDP, or any other more reasonable metric that just comparing countries of different sizes, I expect you would get a very different picture than the summary suggests.
Study the competition (or, in more base terms, know your enemy...).
Hell, the US is GOOD at out-sourcing, even outsourcing education. Sure, foreign students from abroad attend some of the ivy league (lower-casing intentional) schools here, but many attend in Europe, too. Some even attend here, then SPEND their time in Europe after having had enough of the US, but are still in school and have too many friends here.
Plus, there are cultural reasons (corruption, leadership by cronies and elders who might not see the logic in empowering their local populations), or other reasons in regions where there's just not enough money and will to outright build new, world-class, competitive, lasting and door-knocking throngs of students. So, they ship them out or allow them to be recruited by US colleges needing cash infusion.
Do you KNOW how many Japanese, Chinese, Korean, and Indian students HERE in the US come from families that put them up in $1,000/month apartments, send them to renowned as well as dubious schools or "academies" that cost $80,000 to $200,000 for maybe 3 or 4 years? LOTS. It's a churning industry, and they keep getting fuller and fuller. Recruiting or otherwise attracting well-off kids whose parents want the brightest futures for their kids. Not saying ALL Asian families are that way, though.
Previously: "Linux... Toward the Sunrise..." Now: "Linux... Toward the-- No, now, part of Every Sunrise"
As an immigrant kid that went to high school here, I'll define that "culture malaise" for you. Academics just isn't given as high a recognition in American schools. The HS football game, the HS football team, the cheerleaders get paraded, and it's cool to be a jock. When's the last time you see the Math team, the Chess team, or the Academic Decathlon team get that sort of "hero's welcome"?
Science is not anti-religion. We don't waste our time trying to prove religion is false.
Religion is anti-science. The religous do pick fights with existing scientific explanations, but in a non-testable "god did it" kind of way.
I don't hate the religious, I pity the ignorant. I see ignorance and lack of education as a more serious threat to this country than any foreign terrorist organization.
It's not a paradox. Look, do we imagine that everybody is capable of being a first class brilliant scientist or engineer? Clearly not. Therefore, if you have a system where the difference between the best and the worst (in any field) is small, then you have a system which fails to promote the best. You have a system where everyone is at the "average" level, and the people who ought to stand out, don't, for whatever reason.
On the other hand, if you have a system where the difference between the best and the average is high, what does that tell you? It tells you the system works well to promote the best and give them the tools they need to produce. Fact is, there is a natural heirarchy of ability among human beings in any field. Most are at some ordinary level, and only a few are very good. If you don't see the natural ability heirarchy reflected in the accomplishment heirarchy, then something is wrong. Since it's impossible to bring ordinary folk up to the extraordinary level, what must be happening is that the extraordinary folks are being held down (which is fairly easy to do).
Compare to sports. The difference between your average high-school athlete and Olympic or world-class athletes has never been greater, and the very few at the very top are amazing. Do we look at this pyramid of accomplishment and say, gee, there must be something wrong with how we promote and train people in sports, because there are so few at the top? Because the average 35-year-old pick-up basketball player, measured on the same scale that includes the championship Los Angeles Lakers, sucks? Not if we have any brains, we don't. We realize that the better a system is at sifting and placing people according to their abilities and motivation, the more pronounced the heirarchy, the greater the difference between the best and all the rest. Only in some doofus Lake Wobegon mode of (non)thinking do we imagine that a successful system would look non-heirarchical, with everyone above average.
The fact that heirarchies of accomplishment are more evident in the United States than elsewhere is no proof that the mass of people are being held down. It may well be evidence that in the United States the best are better able to rise to the top, to find their natural level of achievement, whereas in other places considerations of social class, restrictive groupthink education, or cultural barriers to personal ambition and radical innovation tend to keep the best from ever showing their stuff and emerging above the sea of average folk.
There's a demand for atheists? I knew there had to be jobs for philosophy majors somewhere.
Support Right To Repair Legislation.
Flip through any professional scientific or engineering journal, and look at the names of the authors of the papers. You may see U.S. institutional affiliations, but the names will be from all over: Europe, China, India, etc. The U.S. benefits greatly from this influx of talent and brainpower, so let's not keep screwing it up by needlessly harrassing foreign scientists at the border just because we can. The de facto War on Science and Reason being waged by certain political elements in this country doesn't help much, either.
Everyone is talking about college graduates. If these belly-achers stopped and read the actual article, they would find their complaining was ill-founded except for the natural bitterness that comes with old age. None of the key indicators suggested that the abilities of college graduates have declined. The indicators suggest that the numbers of such graduates are not keeping pace with the rest of the world.
This knee-jerk bashing of new college graduates and the irresponsible moderators who give these idiots a voice need to be stopped. Such attitudes and bias are likely part of the force that drives the US's decline in science. Get over your old age! I have.
Just callin' it like I see it.
I hardly think it is fair to look at the average student's comprehension of math and science and think it has any relationship to the best and brightest among us. There are plenty of home grown Americans in the top tiers of research and development, and they are just as smart as their foreign grown counterparts. I believe that the real trouble with the decline in general knowledge of math and science, is that it has led a large segment of society to lose sight of the value of research. There is a growing trend towards rejecting the recommendations of our top researchers, and instead trusting our gut feelings on things. This is a disturbing trend indeed, as placing our faith in feelings over facts is wrongheaded and dangerous. It doesn't matter how good we are at research if the majority of people choose to ignore the research.
However, I assure you I am not.
I honestly believe that the US would not be lagging so far behind in sciences if we finished converting fully to the metric system.
An acquaintance of mine is taking his first college-level physics class, and the professor stated on the first day that since this was an exact science, there would be no use of US customary measure, only SI units. More than half of the class was simply unaware of what these non-customary units were, and as a result, they spent a week's worth of courses going over grams, litres, metres/kilometres, etc., all the while the students bemoaned having to learn a "foreign" unit of measure. I can even recall something similar happening in my high school physics classes. What a waste!
If we're going to teach our kids to be proficient in math & science, the least we can do is give them a Base-10 system of measure with no fractions and simple conversions.