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Trials and Errors: Why Science Is Failing Us

Lanxon writes "An in-depth feature in Wired explores the reason science may be failing us. Quoting: 'For too long, we've pretended that the old problem of causality can be cured by our shiny new knowledge. If only we devote more resources to research or dissect the system at a more fundamental level or search for ever more subtle correlations, we can discover how it all works. But a cause is not a fact, and it never will be; the things we can see will always be bracketed by what we cannot. And this is why, even when we know everything about everything, we'll still be telling stories about why it happened. It's mystery all the way down.'"

85 of 474 comments (clear)

  1. Everyone a specialist now by elrous0 · · Score: 5, Insightful

    As knowledge expands, it becomes harder and harder to see the big picture. Everyone becomes a specialist, focusing on narrower and narrower specialties.

    But that's not a bad sign. It's just an inevitable wall. There are only so many years in a human life and only so much any one person can learn and retain in that time. We just have to work a little more at stepping back from our tiny cages and saying "So what does this really mean in the larger scheme of things?" and recognizing there is larger world beyond our narrowly-focused field of view.

    Well, either that or we could just ask Jesus to tell us what to do.

    --
    SJW: Someone who has run out of real oppression, and has to fake it.
    1. Re:Everyone a specialist now by Omnifarious · · Score: 5, Interesting

      I agree.

      I think we need to start focusing on systems theory. Many large systems share some very similar characteristics. We need people who are big picture people, who can see the forest for the trees. Of course, without knowing about the trees, a forest is something of a mystery. We need both kinds of people. But the usefulness of pure reductionism is at its end, and we need to recognize that and start taking a different approach to understanding.

    2. Re:Everyone a specialist now by Anonymous Coward · · Score: 5, Interesting

      "Many large systems share some very similar characteristics...We need people who are big picture people, who can see the forest for the trees."

      Except that everyone who gets large systems dropped out of the current, fucked-up system long before being awarded a research post for their willingness to play along.

    3. Re:Everyone a specialist now by TemperedAlchemist · · Score: 2

      The article doesn't bring up any useful insights and delivers its message with the writing skills of a drunken philosopher.

      No, really.

      The author has a complete misunderstanding of science. I don't even know why it's on /.

    4. Re:Everyone a specialist now by SgtDink · · Score: 5, Insightful

      This post and parents nailed it. If you don't do reductionist science, it is hard (but possible) to receive funding since everyone is trained in anti-systems (reductionist) theory. Very hard to get folks to understand that reality is complex so it needs to be studied that way when they are publishing and getting tenure. In biology it is now possible to do massively parallel reductionism using new technologies (genetic/genomic), but putting those measurements back into a system capable of predictive outcome is key. If diabetes goes away, people will listen. I am VERY excited that the roll out of applied network theory across all disciplines will reveal underlying principles that will allow for a massive shift in our ability to predict cause-effect relationships. Star Trek Tech is near...I can feel it.

    5. Re:Everyone a specialist now by Samantha+Wright · · Score: 2, Insightful

      Biology solved this problem of mindset a decade and a half ago, at least within its own issues, as bioinformatics started developing tools for high-level and high-throughput analysis. It did this on its own, transitioning over the course of many long decades prior from asking questions like "which mutation in which gene causes condition x?" to being able to display the status of all genes in all tissues at the same time with microarrays (a technology eerily similar to an old mainframe front panel, except in analogue form.) As long as people are interested in knowing the answers to a given question, we'll find those answers when we have the requisite knowledge and confidence to move forward.

      A better complaint might be that science journalism has failed us, primarily because, like other forms of journalism, it has a profit motive and a desire to entertain.

      --
      Bio questions? Ask me to start a Q&A journal. Computer analogies available for most topics!
    6. Re:Everyone a specialist now by Daniel+Dvorkin · · Score: 2

      This. I really loathe science journalism that starts with the premise "this is what's wrong with science today" when they're talking about problems that actual scientists have been working on for a generation or more.

      --
      The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
    7. Re:Everyone a specialist now by travisco_nabisco · · Score: 5, Funny

      Then we will be one step closer to psychohistory!!

    8. Re:Everyone a specialist now by Daniel+Dvorkin · · Score: 4, Interesting

      We need people who are big picture people, who can see the forest for the trees. Of course, without knowing about the trees, a forest is something of a mystery. We need both kinds of people.

      I think it's a mistake to think that these should be two different groups of people. There are a lot of "forest" people who don't actually know anything at all about trees, and whatever they think they know about forests will be complete nonsense as a result. You see this a lot on Slashdot, actually; it seems to be a common failing among computer scientists to think that just because you can write code to describe a system, in some fashion, that means you actually understand the system. Certainly scientists in a lot of fields tend to overspecialize, but in interdisciplinary fields such as bioinformatics, you just have to start with some of the tree knowledge, or you won't be able to say anything meaningful about the forest at all.

      And yes, this means spending a lot of years in school studying many different and not-obviously-related subjects, and no, that blog post you read last week doesn't count.

      --
      The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
    9. Re:Everyone a specialist now by Samantha+Wright · · Score: 3, Interesting

      Realising you need the partnership is half the problem. :) Mathematicians and computer scientists didn't show up and say "Look, guys, you need to stop looking at this thing one gene at a time." The field was essentially founded as a result of Fred Sanger's early work with whole genomes, and he was a biochemist to the bone.

      At any rate, the distinction doesn't matter; the point is that the problem of scaling up and looking at the big picture was resolved in the case of the biological sciences, and the view continues to get broader through approaches like environmental sequencing and metagenomics. The problem described in the article is exactly a case of an old-school, low-throughput mindset and insufficient concern for other variables. Reductionism can work very well when you don't accidentally leave things out! The trick lies in only reducing the system once you have good reason to believe that you've ruled out all the other possibilities.

      --
      Bio questions? Ask me to start a Q&A journal. Computer analogies available for most topics!
    10. Re:Everyone a specialist now by tibit · · Score: 3, Interesting

      The predictive outcome is you mention is otherwise known as a scientific theory, and is pretty much what science is all about. I don't care much whether a theory is "reductionist" or "systems", as long as it's a good theory (it works!), it's valuable. I do agree that many science teams could use an outsider systems guy to try an see the big picture better by not being absorbed in the minutiae.

      --
      A successful API design takes a mixture of software design and pedagogy.
    11. Re:Everyone a specialist now by TerranFury · · Score: 5, Informative

      If you don't do reductionist science, it is hard (but possible) to receive funding since everyone is trained in anti-systems (reductionist) theory.

      Wait. Really? There are entire fields that do nothing but systems theory. The names shift. Cybernetics. Systems theory. Control systems. Complex networks. Cyberphysical systems. There are lots of people doing work in precisely the areas you suggest. Take a look at the NSF's "Broad Agency Announcements." There is funding.

      ...

      I do find it a bit amazing that science works at all. In machine learning, there are notions of the complexity of learning, and one of the basic ideas is that, as the class of models you are willing to consider grows, the amount of data you need to be sure, with reasonable statistical significance, which of those models describes it, grows very rapidly -- so rapidly that it is a miracle that we have apparently learned anything at all. See "VC dimension," "Rademacher complexity," etc.

      The best explanation I can come up with is that the class of physical theories the human mind can conceive is actually quite limited (or, our priors are very good), and that it is evolution, over millions of years, that has gathered the necessary data to build a brain capable of conceiving of only the right theories, and that the role of conscious experimentation is only to narrow things down within this already-restricted set.

      Because if the human mind is not much more limited than we like to think, then I do not know how we know anything.

  2. Who says by Anonymous Coward · · Score: 5, Insightful

    that science is failing us? Define success...?

    1. Re:Who says by IICV · · Score: 4, Insightful

      Exactly! If this is failure, then I don't think I want to succeed!

    2. Re:Who says by Beerdood · · Score: 5, Insightful

      Maybe they could replace the header with "medical science" - as every example the TFA deals with some issue dealing with human biology. Science is not failing us (as the sensational headline indicates) in physics, or chemistry or even social / behavioral science. And it's not *failing* us in the medical department either really, there's just a lot more complexity when it comes to the human body. And when you throw in some other factors you don't see in other sciences, such as the placebo effect, or realizing that the body heals itself eventually, then maybe trial and error just doesn't work so well.

      The story seems to focus on the pharmaceutical industry specifically, maybe that's the problem here and not the scientific method. Most of their money is made by spending billions into R&D, then hoping they get a useable drug out of it they can patent and make money off of. Well maybe the problem here is the corners that are cut and they're essentially racing to get it FDA approved (and with as few side effects as possible). That's bound to bring up some bad science, and questionable or skewed results in the name of profit. That's not "Science failing us" - that's greed and human error causing the problem.

      --
      Global warming and other natural disasters are a direct effect of the shrinking number of pirates - Gospel of the FSM
    3. Re:Who says by LifesABeach · · Score: 2, Funny

      Bubble Wrap is very fascinating.

    4. Re:Who says by geekoid · · Score: 2

      Any time anyone puts 'causality' in the same story as medical science, what theya re really saying is:
      "My [magic woo] works cause I know it works. he fact that 'science' can't objectivity see result means science is wrong, not me."
      These people also don't understand what science is.

      --
      The Kruger Dunning explains most post on /. http://en.wikipedia.org/wiki/Dunning%E2%80%93Kruger_effect
    5. Re:Who says by LeadSongDog · · Score: 2

      that science is failing us? Define success...?

      Sure, right after you define "is".

      --
      Oh, I'm sorry sir, I thought you were referring to me, Mr. Wensleydale.
    6. Re:Who says by interkin3tic · · Score: 4, Funny

      You say that, and yet I believe we were promised flying cars. I WANT MY FLYING CAR GODDAMMIT! Clear failure of science there.

      That article could have been a whole lot shorter come to think of it.

    7. Re:Who says by queazocotal · · Score: 2

      Indeed - the OP offered no solutions, just made a rather bland accusation.

      The hard part is not in many cases causality being misleading.
      It's the evidence being poor, and not-well scrutinised.
      The OP mentions the fact that MRIs of people with back problems seemed to imply that physical defects lead to back problems.

      But this is statistical nonsense, and is very often not followed up, because to do the other study is expensive.

      If you're a doctor dealing with back problems, it's almost free to ask 100 of your patients if they'd consent to their details being published.
      The resultant information may seem to have some statistical significance, and indeed it can possibly answer questions as to how many people with back pain have specific anomalies.

      The expensive, and often omitted study is to take those 100 patients, and compare them with 100 people who have not had any back pain, but are otherwise similar.

      The other common error is that science is lead by 'statistically significant results'.
      That is - results that appear to be 95% certain.
      This is problematic in two ways.
      The first is the obvious one, that one in twenty trials will produce a bogus significant result, when in reality the hypothesis is false.
      The second is the more corrosive.
      Only exciting results tend to get published.
      So, a study is done, and they get a lot of data.
      They analyse the data 20 different ways, and out pop two 'statistically significant' results.
      They do not publish the 18 'null' results, as those are uninteresting, only the 2 interesting ones.
      This means that it's likely that one of the two interesting results is bogus.

      The only way to fix this issue is to get people who actually understand the statistics more involved, and to publish on failure too!

    8. Re:Who says by icebike · · Score: 4, Informative

      Exactly.

      There were way to many financial pressures to find a impartial result at way to many steps along the way.

      Add that to the difficulty of actually testing anything in the human system and you have a prescription for frequent failure. "According to a recent analysis, more than 40 per cent of drugs fail Phase III clinical trials." A negative result is not a failure. Its the ultimate money (and life) saving step. That they went to clinical trials with little more than hunch, and the FDAs blessing that it "should cause no harm" simply says their internal standards were not tight enough, and testing in glassware and rats not nearly a good enough method.

      It says nothing about science at all. TFA's indictment of science seems a little over wrought.

      But its not surprising that this author would try to spin it that way when you review his bio you find this prescient quote:

      "Lehrer fancies himself – and not without reason – as a sort of one-man third culture, healing the rift between sciences and humanities by communicating and contrasting their values in a way that renders them comprehensible to partisans of either camp."

      Given the guys inability to operate in either camp successfully, he appoints himself a ambassador to both! He seems pre-disposed to doubt the methods of science rather than the motivation of the people involved. His training is in neuroscience, the epitome of un-testable theories. And so he presumes the entire world operates that way.

      --
      Sig Battery depleted. Reverting to safe mode.
    9. Re:Who says by suomynonAyletamitlU · · Score: 3, Funny

      We can make other things fly, just not cars. What we have here is clearly a failure of engineering.

  3. What does this have to do with science? by Anonymous Coward · · Score: 5, Insightful

    Science is not about explaining everything, it's about explaining stuff that what we know in a way that is consistent with other stuff that we know.

    1. Re:What does this have to do with science? by vlm · · Score: 3, Insightful

      Its more about coming up with the most efficient way to make falsifiable predictions about the future that work often enough to be useful. this explaining stuff is a part but not the whole thing.

      The summary seems to be, science sucks because its not a bunch of non-science liberal arts philosophy babble. Which is right up there with music sucks because its not a good painting.

      The real discussion question, is what happened to wired? It used to be cool, well, a long time ago it used to be cool. Now?

      --
      "Science flies us to the moon. Religion flies us into buildings." - Victor Stenger
    2. Re:What does this have to do with science? by Anonymous Coward · · Score: 2, Funny

      In other words "hey philosophy majors, no one cares!"

  4. What's the point? by kyrio · · Score: 4, Insightful

    The title has nothing to do with the summary, in fact the summary doesn't even comment on the title's conclusion, so what's the point of this article? The only thing I've learned from the article is that science does what it does and nothing has failed anything.

    1. Re:What's the point? by LifesABeach · · Score: 2

      Um, at /., one doesn't RTFA; it gets in the way of one's conjectures.

  5. Science isn't a goal by Fned · · Score: 5, Interesting

    It's a direction.

    1. Re:Science isn't a goal by Anonymous Coward · · Score: 2, Insightful

      or the vehicle to travel in, whichever way you're going.

    2. Re:Science isn't a goal by UnknownSoldier · · Score: 3, Insightful

      No, Science is applied philosophy, aka the http://en.wikipedia.org/wiki/Scientific_method. It is _one_ way to acquire Truth. And like any process, it works well with certain types of inputs, and completely fails at others.

      But it is NOT the _only_ process; however it happens to work well, and handle many inputs.

      Many people ignore the fact that it is an _incomplete_ process. Ignoring the weaknesses of any system is the height of arrogance.

    3. Re:Science isn't a goal by jdgeorge · · Score: 5, Informative

      The scientific method is a simple, well-tested, approach to empirical study of a subject. The scientific method is as complete as it needs to be. However, if the method is not applied rigorously, the results will not be reliable.

      "Truth" is not part of the scientific method, and has a very ambiguous meaning. Furthermore, capitalizing the letter T in truth suggests interest in something other than science.

    4. Re:Science isn't a goal by Missing.Matter · · Score: 4, Informative

      It is _one_ way to acquire Truth.

      The scientific method absolutely cannot determine what is true; it can only tell you what is false. That is, you cannot "prove" anything by applying the scientific method. The best you can do is falsify a hypothesis. Did you actually read the article you linked? It says it right in there.

    5. Re:Science isn't a goal by Tom · · Score: 2

      It is _one_ way to acquire Truth. And like any process, it works well with certain types of inputs, and completely fails at others.

      Theoretically, I agree with you, on the part that absolutism is stupid.

      However, you make a specific claim. Care to back it up? Name a few examples where science "completely fails". I don't mind stuff where scientists are still working on the answers, that is not failure.

      But it is NOT the _only_ process; however it happens to work well, and handle many inputs.

      This is the second specific claim you make. Please name a few other processes that also produce results.

      Many people ignore the fact that it is an _incomplete_ process. Ignoring the weaknesses of any system is the height of arrogance.

      Yes and no. Science is also a meta-process - it can reflect upon itself and improve upon itself. That is the main difference and advantage it has over older time-binding processes (Korzybski terminology), and from a process view, it is its own meta-process. Physics and meta-physics are brothers.

      That's something the current philosophers hate, but most of them are idiots (my terminology) - ancient philosophers were also scientists, in their way. You would be hard-pressed to find an ancient philosopher who wrote with such ignorance of his days mathematics, physics, etc. as todays philosophists do.

      --
      Assorted stuff I do sometimes: Lemuria.org
    6. Re:Science isn't a goal by FrankSchwab · · Score: 2

      The scientific method falls flat on its face on several subjects - a good one would be "I have terminal cancer - do I have a right to die at a time, place, and method of my choosing?"
      How about climate change? "Assuming the worst scenarios of AGW, should we try to do anything about it?

      Values and ethics are not subjects that are amenable to the scientific method.

      --
      And the worms ate into his brain.
    7. Re:Science isn't a goal by naasking · · Score: 2

      The scientific method falls flat on its face on several subjects - a good one would be "I have terminal cancer - do I have a right to die at a time, place, and method of my choosing?"

      I disagree, science can and indeed has been applied to the study of ethical questions. Google the Science of Morality.

    8. Re:Science isn't a goal by Deus.1.01 · · Score: 2

      Its stuff like this which makes me wonder why some of the self styled "rationalist" turned away from religion in the first place.

      No matter what quantifiable state you measure, the moral question you are testing against is always going to be based on your own rationale

      I beg you to be skeptical of this, Sam Harris is more of a idealouge then a philosopher.
      Neuroscience can inform on moral questions, it cannot answer them.

      --
      My -1 Troll is actually a +1 funny. And my -1 flame is actually a +1 insightfull.
    9. Re:Science isn't a goal by __aaltlg1547 · · Score: 2

      No, Science is applied philosophy, aka the http://en.wikipedia.org/wiki/Scientific_method. It is _one_ way to acquire Truth. And like any process, it works well with certain types of inputs, and completely fails at others.

      But it is NOT the _only_ process; however it happens to work well, and handle many inputs.

      Many people ignore the fact that it is an _incomplete_ process. Ignoring the weaknesses of any system is the height of arrogance.

      I have observed that the use of a captital T in Truth is anti-correlated to concern for standards of proof. It usually means that "I think I know things for which I have no evidence that I can show you."

      Yes, there are certain categories of question that are not well-addressed by science. For example, "Is it a good idea to club baby seals to death so we can wear their fur?" or "Should I wear the pink socks or the blue ones with this blouse?" However, questions such as "Does drug candidate A reduce the symptoms of diabetes without killing the patient?" or "How to sea turtles navigate?" it works just fine.

      If you're concerned with baby-seal or pink/blue class questions, you are going to have to resort to other methods and that's fine. Science is designed to make decisions based on facts.

      For those of you who think the baby-seal question has a clear answer based on facts, I want to introduce some data of which you may not be aware:

      1. My wife REALLY wants that fur coat.
      2. I don't like seals much.

  6. Interesting article... by torgis · · Score: 2

    But the summary is rubbish. Ignore the summary and just read the article.

    1. Re:Interesting article... by ColdWetDog · · Score: 2

      The article isn't a whole lot better. Basically whining that 'science' doesn't produce shineys on regular, repeatable intervals that we can bank on.

      In particular, the idea that we understand much about the incredibly complex interactions in human biology is just magical thinking. Just because the CEO of a large drug company managed to hoodwink some investors, the world isn't ending. Nor is science.

      Yes, we rely on 'correlation is related to causation' a lot. We do so because it often works, and when it doesn't it often gives us directions to go next. But 'often' isn't 'always'. I read TFA more as a cautionary tale to investors not to believe marketing blurbs based on complicated science and technology.

      --
      Faster! Faster! Faster would be better!
  7. And yet another troll headline by interkin3tic · · Score: 5, Insightful

    Anyone see the massive irony in this being posted on the internet, run by computers, powered by electricity, declaring that science is "failing us?"

    First example in the story: a drug that doctors thought was going to work... didn't... The scientists mixed up what was causing what.

    They had a hypothesis and tested it. We can say that the hypothesis was wrong because of what? That's right, because of science.

    To imply that science is failing, or we need to reconceptualize "causality," simply because it's difficult... that's idiotic.

    Finally, this article falls into a common mistake with science writing: confusing clinical trials with ALL SCIENCE RESEARCH. I do basic biological research. Don't lump me in with clinical researchers, critique their methods, and then say that all science research is messed up.

  8. Science may be failing us. But ... by 140Mandak262Jamuna · · Score: 3, Insightful

    all the remaining methods fail us even more. So even if the mumbo jumbo you are saying is really true, I will stick with science. You ponder about whether or not science is giving right answers, next time when you are at cruise altitude inside a shiny aluminum bubble with less than 0.1 mm of aluminum between you and a -40 degree (F or C does not matter) atmosphere with pressure so low your blood will boil instantly at that temperature. Happy thoughts.

    --
    sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
  9. Then we must live forever by mykos · · Score: 4, Insightful

    Science needs to make it a top priority figure out a way to keep our consciousnesses around forever, or at least a very long time. Mortality is a cruel reset button.

    Stop trying to cure diseases and work toward getting rid of the flesh, perhaps.

    1. Re:Then we must live forever by geekoid · · Score: 2

      I prefer immortality myself, not a copy of my brain.

      --
      The Kruger Dunning explains most post on /. http://en.wikipedia.org/wiki/Dunning%E2%80%93Kruger_effect
    2. Re:Then we must live forever by Missing.Matter · · Score: 4, Insightful

      I think curing all diseases is a much closer goal than unlocking the key to consciousness and replicating the mind as an eternal machine. Besides, disease is the reason many of us die at all. I remember reading a story about a 500 year old clam. Why do we even die at all?

      Take a look at this ranking of causes of death. Turns out, by eradicating cardiovascular diseases, infectious and parasitic diseases, cancer, and respiratory diseases we eliminate 71.36% of the reasons people die. Next up on the list are unintentional injuries (getting hit by a car) and intentional injuries (jumping off a building). So as long as you avoid those two things you're going to live a long damn time.

    3. Re:Then we must live forever by Beardo+the+Bearded · · Score: 2

      Kiln People by David Brin
      Mindscan by Robert J. Sawyer

      --

      ---
      ECHELON is a government program to find words like bomb, jihad, plutonium, assassinate, and anarchy.
    4. Re:Then we must live forever by Nemyst · · Score: 3, Interesting

      Your clone wouldn't, but you'd be dead. I doubt having two copies of the same brain suddenly make your consciousness share both of them.

      When the original dies, you die. An undistinguishable copy of you lives on.

    5. Re:Then we must live forever by Tom · · Score: 2

      I've dabbled somewhat in the question of immortality, not on the biological questions but on the psychological ones. To the best of my current knowledge, not only the body but also the mind has not evolved to last for much longer than it does. I'm not talking about Alzheimer and other diseases, but the very structure of our mind.

      Also, society has not developed methods to deal with really long life.

      Just consider all the baggage that you accumulate. The memories, pains and longings, the smaller on bigger mental damages and scars, the guilt and the lost love. Then take the plus side, the joy and love, the experiences, everything. That stuff accumulates. How much experiences of either kind do you think your mind can handle and juggle around while keeping you sane? Try talking to a couple older folks about that, too.

      Even if we solve the biological problem, my personal guess is that most people would go crazy before they reach 200.

      --
      Assorted stuff I do sometimes: Lemuria.org
    6. Re:Then we must live forever by Americano · · Score: 4, Insightful

      Problem is, cardiovascular disease, cancer, stroke, and respiratory ailments are often caused (or highly exacerbated by) simple wear and tear and aging on the body. Damage accumulates at the genetic level, and the body slowly loses its ability to replace cells and tissue. By saying "eradicate cardiovascular disease," what you're really saying is "find a way to make the body infinitely self-sustaining," which we're barely scratching the surface of understanding today.

      Entropy's a bitch, and not something we're likely to find a silver bullet for. Many increases in life span beyond our current point will need to address the "wear and tear" aspect of aging, and find a way to slow or reverse those conditions, in parallel with dealing with the lifestyle issues that expose us to carcinogens and the like.

    7. Re:Then we must live forever by niftydude · · Score: 4, Informative

      Ray Kurzweil likes to pop out his prediction that if the current rate of increase in life expectancy holds, then in 15 years time, human life expectancy will increase by more than 1 year per year.

      So if you can hold out for another 15 years, maybe you will live forever.

      Or maybe he is applying a linear extrapolation to a non-linear process.

      Anyway - ask me in 15 years, and I'll tell you if science has failed us or not.

      --
      You can never know everything, and part of what you do know will always be wrong. Perhaps even the most important part.
    8. Re:Then we must live forever by kurzweilfreak · · Score: 2

      Aubrey De Grey's SENS approach to fighting aging proposes just that and even proposes specific ways in which to accomplish it. Currently many of his solutions are technologically infeasable but are, in theory, possible. The "why it happens" seems to be known and the "how to fix it" part has the basics charted out. Once we are technologically capable of implementing it, what's stopping us?

      --

      kurzweil_freak

      5th Kyu Genbukan Ninpo/KJJR student

      Be the darkness that allows the light to shine.

    9. Re:Then we must live forever by Missing.Matter · · Score: 2

      Maybe we'll figure out a way to workaround it. But I suspect the idea of 'curing cancer' will prove to be essentially impossible.

      I don't buy it. Like I said some clams live 400 years. Some fish can live a couple hundred years, likewise with some tortoises and whales.Plants can live thousands of years. Why do these organisms have longer lives than us? Obviously there's a lot we can learn, but at least there's a proof of concept out there that shows just because something is old doesn't mean it has to die.

    10. Re:Then we must live forever by snowraver1 · · Score: 2

      Re: Your post and the teleporter example in the parent post.

      If "you" were to walk into a cloning machine, and then an identical copy were made, destroying the original in the process, there would be a new you in the new location. The original "you", however, would have ceased to exist. The "you" that walked into that transporter, will never know if you made it to the other side. Your clone, who would have the memory of walking into the teleporter, would continue on.

      Now that I think about it, it's a (pardon my french) mindfuck... What if you were able to make a clone and you sit it in a seperate room. You start teleporting brain matter from one brain to the other. If you transferred the memory section of you brain to the clone showed the clone an object, and then teleported the brains back to normal, It seems reasonable to think that "you" would gain the memory of that object being presented. "You" would also, I imagine, be able to keep your original consciousness if you were to repeat that experiment with half of the brain, as we know humans can work with half a brain. Now, repeat this with the other side of the brain. After this, your entire brain has been teleported. Do you retain your consciousness then? What part of the brain is consciousness stored? Could you keep that part of the brain in your original body, and you would swap brains with your clone (except for that one piece where consciousness is stored), and then you let your clone act on your behalf. When finished, you swap brains again, and then you can have the memory of a vacation without actually having to do it yourself... Weird.

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    11. Re:Then we must live forever by SoftwareArtist · · Score: 4, Insightful

      On the contrary, death is one of nature's greatest inventions. If you want to keep making progress, you need to constantly keep clearing away the old to make room for the new. How would you like driving if every car (and horse drawn cart, and covered wagon pulled by oxen) ever made was still on the roads? Sure, it's not so nice when you're the old thing that's getting cleared away. But do you want to sacrifice the welfare of all the countless generations to come, just because you want to stick around past your time? What if the earth were crammed to the breaking point with every pre-human and dinosaur and trilobyte that ever lived, still alive and sticking around? We each get our turn, and when it's over, we need to step aside to make room for the future.

      Besides, what is "a very long time"? A year? (That's huge for a fly.) 10 years? (Incredibly long for a mouse.) 100 years? 1000 years? We're already one of the longer lived animal species on this planet, and no matter how long you live, I doubt you'll ever consider it "long enough".

      --
      "I'm too busy to research this and form an educated opinion, but I do have time to tell everyone my uninformed opinion."
    12. Re:Then we must live forever by geekgirlandrea · · Score: 4, Interesting

      Difficult, sure, but saying 'impossible' is pretty much walking around with "I have no idea what entropy actually means" tattooed on your forehead. The human body is in no way a closed system, and the second law of thermodynamics says nothing about the change of its entropy over time as long as it has an energy input and a universe-sized heat sink to dump excess entropy into.

      Cancer just means that evolution is hack piled upon hack until it stumbles onto something, so it does much better than human engineers at designing really complex interacting systems without very much abstraction or modularization, but much worse at discovering things which you'd never, ever stumble onto without conceptual understanding, like Reed-Solomon codes. If it had, then it could make the mutation rate exponentially low for only a linear increase of complexity and energy requirements for manipulating genetic material, and cancer would be worth worrying about roughly as much as brute force attacks against AES-256.

      Of course, re-engineering such a fundamental, low-level feature of an organism might very well be harder than just designing a new one from scratch, but 'impossible' doesn't pass the giggle test. There's nothing anywhere in the laws of physics to say such a thing is any less possible than the mutation-prone organisms we already do have.

    13. Re:Then we must live forever by yanyan · · Score: 3, Interesting

      Why do these organisms have longer lives than us?

      Fewer moving parts?

    14. Re:Then we must live forever by monkeyhybrid · · Score: 2

      Why do these organisms have longer lives than us?

      Fewer moving parts?

      I think it's more to do with what suited our genes chances of reproducing. The average lifespan of a human (and any organism) is a result of evolution's fine tuning. If we live for too long, we ultimately compete for resources that our offspring (carriers of our genes) require to survive. If we don't live for long enough, we either can't reproduce at all or don't have the maturity / experience to nurture our young. It made sense that it's in our genes interest for us to be mortal.

      It's all about the genes, even nowadays with our increasing life expectancy (compared to a relatively stable 30s for many thousands of years). Technology, science, healthcare, knowledge - it all helps us to increase our lifespan somewhat, but it's our genes that provide the building blocks for us to do that and to have the capacity to learn.

      I fully recommend anyone read The Selfish Gene by Richard Dawkins. It really put a few things into perspective for me.

  10. Whole article. by grub · · Score: 2

    The article doesn't remind me of Cause and Effect, but something more like Bull and Shit.

    --
    Trolling is a art,
  11. This is a load of CRAP by wisebabo · · Score: 4, Insightful

    I (very) briefly looked at TFA and saw something about how some drug trial didn't go the way some pharmaceutical company thought it would.

    Then I saw something about how people looking at the relative positions of a red and blue ball couldn't reliably put them into a casual relationship.

    For the WIRED editors who allowed the story to be published (and slashdot editors who allowed this story to be posted) to see this as a repudiation of Science (and Causality) is ludicrous. Why didn't they say that maybe the reason why their drug didn't work out is because Science doesn't claim to understand completely the biochemistry of the human body (yet). Why didn't they say that the human proclivity to create a narrative where none exists (like with the red and blue balls) is an interesting and not (yet) wholly understood psychological phenomenon?

    Science has given us so much (flight, health, food, cities, mobility, global communications, etc.) and has proven itself on every scale from the cosmic to the nano-scopic that I can only ask:

      Is WIRED a Fox subsidiary?

  12. Not proper experiments. by RockoTDF · · Score: 4, Insightful

    Science is not failing us. Apparently, the pharmaceutical companies and their correlational studies are. Science - whether behavioral, biological, or physical - does not necessarily depend on correlations. Manipulating an independent variable and comparing it to other conditions (a control group, for example) is what makes an experiment more than just a correlational study. This is what allows us to make causal relationships clearer, even if we don't perfectly understand the pathways that lead A to cause B. By failing to make this distinction, the article makes it sound as if scientists are merely fumbling around in the dark without a clue as to how anything works. Really this article just provides many fine examples of how correlational information used by medical doctors is failing us - not scientists doing actual experiments.

    --
    There is more to science than physics!

    www.iomalfunction.blogspot.com
    1. Re:Not proper experiments. by RockoTDF · · Score: 2

      In my own defense, I read that article in print a few months ago, so I may have forgotten that bit about Pfizer. While I wouldn't call myself a cynic about drug companies, their track record for doing quality science is less than impressive. Mind telling me what was emotional about my comment?

      I'm decently well read in philosophy of science, actually. I don't believe in a deterministic universe, nor do I believe that any question can be answered using the scientific method. So you aren't stinging me, because you are totally wrong about what I believe (minus the fact that I don't think we have souls and am not a dualist, but that is not relevant to the questions at hand). But, I do understand the difference between a well controlled experiment and a correlational study. Although "correlation is different than causation" is somewhat of a misleading phrase, one technique is far more rigorous than the other. If we just assume that correlation is good enough, we'd be blaming the navies for killing all the pirates, resulting in global warming! This article could be about error, but it uses really really sloppy examples of error. And basically, the crappy research examples cited here (or rather, crappy interpretations of good research, depending on your viewpoint or the specific study in question) do just that. And don't get me started about medical doctors who have no training in understanding research or science as a process, but rather know a lot of scientific facts, which I also think this article carried a healthy dose of but failed to discuss in depth. If you want a failing of science, is that many people who should understand how it really works do not, and think it is just a collection of facts collected with test tubes or [science-y device of your choosing]. If they were going to make a point about error, determinism, etc, they could have chosen a better way to do it, starting with better examples.

      Also, what makes you think I am a man? I am, but if we are going to talk about idiots lets start with people that make assumptions about who they are talking to (in addition to your comments about what I believe). And don't tell me that you actually clicked on my profile, homepage, etc, and took the time to figure it out before you flippantly wrote "and trust me sir, you ARE an idiot." Anyway, I'm only replying for the interest of other readers who may be interested in the bigger picture. You can go crawl back under your bridge.

      --
      There is more to science than physics!

      www.iomalfunction.blogspot.com
  13. Re:Failed how? by somersault · · Score: 2

    I thought the summary was just stating the obvious, but since you ask.. even if we did understand every particle in the Universe and its interactions, it seems unlikely that we can ever explain why it's possible for these things to exist.. how anything can exist at all.. what kind of realm exists for the "big bang" to happen in, whether there are more universes like ours, whether there are infinite universes, whether all patterns of information exist somewhere.. that type of thing.

    God doesn't explain it either, because then you're left wondering where this god came from. Even if some kind of spiritual god did exist, I doubt it would be able to explain its existence either.

    "Mysteries all the way down", as the summary said. I quite like that turn of phrase :)

    --
    which is totally what she said
  14. Article uses anecdotes to make a point... by cfa22 · · Score: 2

    ...isn't that one of the exact flaws the article is accusing some modern research of? Plus I'm glad there are scientists there to conclude a drug is not safe and to show that MRIs are not useful in determining causes of chronic back pain; how is that a failure of science?

  15. Randian by tmosley · · Score: 5, Insightful

    It's like this article was written by a villain dreamed up by Ayn Rand.

    The author's claim that you can't link cause and effect is utter hogwash. He claims you can't say that an apple falls to the Earth because of gravity, which is stupid because gravity is DEFINED by that action. What we don't KNOW is what causes the phenomena we have labelled as gravity. It is a very poor example. He then proceeds to talk about people assuming causation in an ANIMATED MOVIE. Well, of course one ball hitting the other ball on a screen didn't cause it to move. They are just light and shadow in patterns that change with time! Claiming that the people have faulty perception is like claiming that people who read superhero comics really believe in people with superpowers, and can't tell that they are looking at a piece of paper with ink on it. He ignores the suspension of disbelief that the original experimenters introduced when they chose to use a medium that wasn't based on physical objects.

    This guy just presents fallacy after fallacy and expects us to accept his dumb conclusion that science is somehow "over". Fuck that, and fuck him.

    1. Re:Randian by NeutronCowboy · · Score: 2

      A few hundred years? The argument made in the article is at least 2500 years old. See Plato's cave analogy.

      But yes, agreed on the recommendation for this guy to take some philosophy. Few things make me disregard someone's opinion more than rehashes of 2 millenia old philosophical theories being peddled as new.

      --
      Those who can, do. Those who can't, sue.
  16. It's the other way around, really by damn_registrars · · Score: 5, Insightful

    Science isn't failing the public, rather the public is failing science - especially in the US. The American public expects great things from science for almost no money invested, and simultaneously refuses to make any effort to understand any results that are more complicated than "we just cured cancer!" (nevemind that such a thing is, inherently, massively complicated).

    --
    Damn_registrars has no butt-hole. Damn_registrars has no use for a butt-hole.
  17. Or perhaps more accurately by Sycraft-fu · · Score: 2

    A process of knowing about the natural universe. When done properly, it is extremely reliable. However it never claims to be able to explain everything. The scientific method is purely about the testable, and more particularly the falsifiable. There can be things that are true, but don't fall in that category.

    None of that is a failing of science. All of our cool modern technology is a proof of how well science works. We discover something, test it to see if it is true, and then it gets applied. That it works, means we got it at least basically right.

    No, we may never know everything about everything. None of that means science is failing us.

  18. So here's my gratuitous Science quote by smoothnorman · · Score: 5, Insightful
    Es ist nicht das Ziel der Wissenschaft, der unendlichen Weisheit eine Tür zuöffnen, sondern eine Grenze zu setzen dem unendlichen Irrtum. -- Bertolt Brecht "Leben des Galilei"

    here's my (dubious) translation: It is not the goal of Science to open a door to endless knowledge, but rather to place limits upon endless error.

    this quote, i believe, it both filled with truthiness, and also reveals notable false-iness in the referenced article.

  19. Science isn't failing us by koan · · Score: 2

    Greed, substandard methodology and the rush to market is failing us, that's what I get from the article.

    Is /. becoming the geek equivalent of Drudge report? Inflammatory, hyperbolic links to articles that are not?

    --
    "If any question why we died, Tell them because our fathers lied."
  20. The point is ... by Anonymous Coward · · Score: 2, Informative

    The title of the article is: "Trials and Errors: Why Science Is Failing Us". It fits the story well.

    The story describes how the use of our usual scientific methods leads, very often, to failure. Such failures are measured in billions of dollars. The original article cites cases and offers possible explanations of why this situation came to exist.

    Bottom line: As we try to understand very complicated systems, we find that our old trusted techniques of reductionism and correlation don't do a very good job.

    1. Re:The point is ... by ToasterMonkey · · Score: 4, Insightful

      The story describes how the use of our usual scientific methods leads, very often, to failure. Such failures are measured in billions of dollars.

      "The TV scientist who mutters sadly, "The experiment is a failure; we have failed to achieve what we had hoped for," is suffering mainly from a bad script writer. An experiment is never a failure solely because it fails to achieve predicted results. An experiment is a failure only when it also fails adequately to test the hypothesis in question, when the data it produces don't prove anything one way or another."
      - Robert M. Pirsig, Zen and the Art of Motorcycle Maintenance: An Inquiry Into Values

      Are you judging scientific methods on their ability to generate income???

      Bottom line: As we try to understand very complicated systems, we find that our old trusted techniques of reductionism and correlation don't do a very good job.

      I don't get it, reductionism and correlation don't work well at a high level of complexity... ?
      Everything starts with a high level of complexity, that's why we employ reductionism.
      The world is complex at ANY scale. We wouldn't have come to this level of understanding if we gave up, and bowed down fearfully to irreducible chaos.

      Wait, what would you consider a 'good job' to be?

  21. If we knew everything by Ukab+the+Great · · Score: 3, Funny

    The universe would be boring. Next question?

  22. Re:List of Scientific Reversals by gestalt_n_pepper · · Score: 4, Insightful

    So theories change with new information. Sounds like science behaving correctly to me. Only an idiot thinks you always get perfect and correct information the first time around. All you get are higher and higher probabilities of accuracy. It's just not a boolean universe.

    --
    Please do not read this sig. Thank you.
  23. Re:The Lipitor scam by c0d3g33k · · Score: 2

    That's not a scam - that's honesty. Statins (Lipitor is a statin) do what it says on the box: they lower blood cholesterol. As you've often read on this site, correlation does not equal causation - the statement you find troublesome is an acknowledgement of that. A scam would be an outright claim that statins reduce the risk of heart disease. They actual do in certain cases (reduce risk of cardiac events and stroke in patients with pre-existing cardiac conditions), apparently (http://www.bmj.com/content/326/7404/1423.full). What's not clear is whether they prevent the development of cardiovascular problems, which is probably what you're harping on.

    The popular perception of pharmaceuticals seems to want a simple "miracle drug" that works wonders in all circumstances. That's not how things work - it's complicated, but drugs do actually work, under the right conditions.

  24. Re:Failed how? by Qzukk · · Score: 4, Funny

    and base 10 has it's own flaws: one of which is Pi. Pi, in base 10, cannot ever be calculated out.

    I've solved that by switching to base Pi!

    Of course, I'm still working out how to write 10...

    --
    If I have been able to see further than others, it is because I bought a pair of binoculars.
  25. Re:List of Scientific Reversals by NeutronCowboy · · Score: 4, Insightful

    Sigh. What a load of crap.
    1) Wrong. Never was claimed outside of magazines picking up some hypothetical and highly qualified (i.e. full of could be's and needs more info) journal studies.
    2) Wrong. Mammograms are determined to not be required at 35. Different from self-inspection
    3) Wrong. Alcohol-based sanitizers are recommended, triclosan ones aren't.
    4) I can't even find a reference to that nonsense. Not to mention that it is incredibly unlikely that the reversal happened in 2012
    5) The only ones who put SIDS research into such absolute terms are glossy magazines trying to be bought by anxious parents.
    6) Wrong. The reason they're not recommended at the level they used to be is the number of false positives.
    7) Hyperbole to make a point that didn't exist. Try again.
    8) See 7)
    9) Wrong year for initial prediction (both author and target) and non sequitur.
    10) Hyperbole, non sequitur.
    11) Wrong.
    12) Hyperbole, and purposeful incorrect attribution of statements.

    For someone who is bitching about science, you sure don't have a fucking clue what is going on.

    --
    Those who can, do. Those who can't, sue.
  26. Re:List of Scientific Reversals by firewrought · · Score: 2

    I really like how the timeline is presented out-of-order (over half this stuff is from the 60's and 70's), how items with varying levels of scientific consensus are presented as equivalents (global cooling/warming), and how unrelated issues are juxtaposed (sustainability vs obesity). Throwing in non-scientific issues (employment, sexual promiscuity) was a bit over the top though, at least for a troll of your caliber.

    --
    -1, Too Many Layers Of Abstraction
  27. Re:That's not true by Missing.Matter · · Score: 2

    I never said it's impossible to prove anything. I said that it's impossible for the scientific method to prove anything. You can of course prove things through contradiction, induction, exhaustion, construction, etc. That is not the scientific method. What you illustrated in your examples is not the scientific method.

    Your examples are not science, and this is what non-scientists do not understand. Our goal is to discover the fundamental laws of nature. It is not just to observe and say "things happen" as you do with your examples, but to understand why and how. What you illustrate is the famous correlation != causation fallacy. Letting go of the rock correlated with it falling to the ground. Does that mean letting it go caused it to fall to the ground? No, in fact if the gravity of the earth increased enough, your strength would fail and the rock would fall to the ground with your hand still around it. Or assume I held a piece of ice to a candle and it burst into flames. Does that mean the ice caused the candle to light on fire, or maybe did someone with a laser shine it on the candle at that exact moment? The appearance of the substance in the child correlated with the introduction to the mother, but was it caused by it, or was it just chance? Do you see the dangers of simply observing and drawing conclusions from observations?

    Your first two examples are very simple because of course every time we let go of the rock it falls to the ground and of course every time we bring a flame to the candle it combusts. But did you know that according to statistical mechanics there is a very very small probability that if you drop the rock to the ground it will rewind itself and leap into your hand? Or that according to quantum physics if you walk into a wall enough, all particles in your body will quantum tunnel through the wall at the exact same moment and you will pass straight through it? Of course it would take several ages of the universe to ever see such an effect with 1% probability, but this is what science and mathematics and the scientific method tells us. If we just stopped with what we observe we'd be missing out on most of the universe.

  28. We've failed science, not the other way around ! by Taco+Cowboy · · Score: 4, Insightful

    Science failed us?

    Nope.

    It's us, the human beings, who have failed science.

    Science stays the way it is. Scientific principles stay the way they are.

    It's us, the human, who have failed to put enough effort to get to know Science and now we blame Science for failing us.

    Ridiculous !!!

    --
    Muchas Gracias, Señor Edward Snowden !
  29. It's a problem of badly "isolating" variables. by DaneM · · Score: 2

    I've recently been reading Animals in Translation by Temple Grandin, a world-renowned animal sciences expert, and I came upon one of the several places in this book wherein she lambasts short-sighted, "single-trait" breeding programs. (She lambasts programs that breed for only a handful of traits nearly as much.) These programs have sought such worthy goals as producing animals that eat less, grow faster/larger, breed more rapidly, etc. The problem is that every time these companies/industries have sought to enhance one or a few positive traits, they've ended-up "breaking" several others, unexpectedly.

    For example: in the process of breeding chickens for faster/larger growth and lower food consumption, they've managed to produce something that nature would never allow: roosters that rape/murder chickens. Since this happened over the course of years-long breeding programs, the chicken farmers of companies participating in this program began to see roosters that rape and kill chickens (because they don't do the mating rituals necessary for the chickens to co-operate) began to see this behavior as "normal." Likewise, the large, white chickens that we all love for their large production of breast meat just happened to become neurotic--ramming themselves against their cages; pulling out feathers, etc.--and unable to stand or walk--even over to their food to eat. The neurosis, as it turns out, is a result of a lack of melatonin in the brain, which happens because white chickens (for unknown reasons) require less food to grow larger and/or produce more eggs. The legs had become genetically broken because they had grown too large (probably among other reasons).

    My point is that the more we attempt to use the "scientific method" in the way of isolating variables, the more we find out--often tragically--that we simply CAN'T account for all the variables, and utterly screw things up by trying. We do, in essence, what nature is far to smart to do: we break evolutionary process, etc., with our hubristic idea that we somehow "know better."

    Don't get me wrong; we should, of course, keep trying to "get it right," but we probably never will if we continue thinking that we know so much more than we do. Having been raised by a world-renowned scientist, myself, and having read and heard about the scientific community, as a whole (along with the all the money/politics that so often ruins it), I can't help but notice that many so-called scientists make vastly baseless assumptions about what they know, and then go on to "prove" that they have all the answers about something or other--only to have it shown later that they got it all wrong, but were too proud to admit it.

    If we really want to move forward, scientifically, we need to dramatically shift the paradigm of what is considered "science," away from this "controlled environment"/"isolating variables" model, and toward something a little more open-minded, and less hubristic.

    For further reading: look up the "behaviorism" research performed in the psychology field, circa 1950-1979. While we've (largely) stopped performing such brutish and unproductive experiments in that field, science has kept the model of controlling all the variables and denying that things would work differently in nature.

  30. The hacker koan of the randomized neural net by Anonymous Coward · · Score: 2, Interesting

    Similar point in a different form:

    Hacker koan: Uncarved block

  31. Re:Scientific knowledge vs reality. by gweihir · · Score: 2

    I agree with you. There are some areas that one should think were subject to a scientific approach, but have proved exceptionally resistant to it, namely intelligence and consciousness. AI does not even have a working theory that could produce anything resembling human intelligence. The best we can to is mathematical calculus and that is certainly not what is going on in a human mind. It also runs into rather hard limitations due to computational complexity. Consciousness also is a complete mystery and can only (unreliably) be observed by its effects. Life itself seems to be better understood on the surface of it, but if you dig a bit deeper, that impression does not hold up. And when you look at quantum theory, quite a lot of fundamental stuff there is undiscovered and the degree of applicability to reality is uncertain.

    So, no, science is not failing us at all, but a) it is far less advanced in some areas that people think and b) some observable things may or may not be subject so a scientific approach at all.

    Note that I do not try to propose a religious angle here. Religion is very much subject so science and has been understood for a while as a (more or less malicious) group of memes that has been produced by an evolutionary approach. I am just pointing out that there are limits to scientific understanding and that it is at this time unclear whether they are fundamental, in theory (but not practice, e.g. because we cannot handle the complexity or there is not enough time) a matter of time, or just a matter of time. Any good scientist will confirm that.

    As to the article, making predictions about global effects of a local change is tricky in any complex system and usually fails. While only very partially understood, the human body certainly is a complex system with a lot of regulators and mechanisms that in themselves already qualify as complex systems. In addition, it is absolutely no surprise predictions made by people that are after investor/grant money fail very, very often.

    --
    Most ACs are not even worth the keystrokes to insult them. Be generically insulted by this and ignored otherwise.
  32. Re:Karl Jaspers by narcc · · Score: 2

    " we confront borders that an empirical (or scientific) method simply cannot transcend."
    There are no such borders.

    Don't be ridiculous. First, science is not and has never been limited to empiricism exclusively (otherwise, we'd just call it empiricism!). Second, the limits of empiricism are well-understood and have been discussed for thousands of years (and for hundreds of years in the modern western conception).

    Further, that the process of scientific inquiry has limitations (its scope is bounded; not infinite) should come as no surprise to anyone with even a basic understanding of the processes of science. Again, you'll find that this has *also* been discussed at great length for hundreds of years

    It is only through some religious faith in science (that it can exceed it's own known limitations) or through pure ignorance that you could make such an absurd claim!

  33. Re:List of Scientific Reversals by NeutronCowboy · · Score: 2

    Where did you get your PhD - in a box of crackers? You link to Wikipedia (which contradicts you in the third sentence), pop-medical advice books, engage in hyperbole at every turn, and try to expand your authority from your field to areas you have absolutely no clue about. The most damning part really is that every time you link to any source, the actual source at best has a single person advocating your position, but in general states the exact opposite of what you're arguing.

    Not to mention that not a single PhD student, post-doc or professor I have ever studied with or worked with referred to themselves as a "scientific insider." While I won't discount the fact that there's an outside chance you actually have a PhD and work in obesity and diabetes research, your citations are so sloppy and your argumentation so full of holes that I'd like to know where you work so I can avoid that place like the plague.

    --
    Those who can, do. Those who can't, sue.
  34. Not true...and medicine is not science by Roger+W+Moore · · Score: 2

    If you don't do reductionist science, it is hard (but possible) to receive funding

    This is not really true - look at condensed matter physicists - they study the bulk properties of matter and this probably the largest area of physics. Even in particle physics we have ion collisions which study the bulk properties of the early universe and are leading to insights such as a new Quark-Gluon-Plasma state.

    I found it very telling that the article was entirely about medicine which is not science but a combination of science and art. Medicine's primary goal is to heal people NOT to understand how the human body works. While this is certainly a very worthy goal the understanding is just a means to that end and so intuition is used ("art") to study the mechanisms (using science) which doctors believe they need to understand in order to cure a patient. If you guess wrong that is not science's fault.

  35. Re:We've failed science, not the other way around by Internetuser1248 · · Score: 3, Insightful

    Science failed us?

    Nope.

    It's us, the human beings, who have failed science.

    Science stays the way it is. Scientific principles stay the way they are.

    It's us, the human, who have failed to put enough effort to get to know Science and now we blame Science for failing us.

    Ridiculous !!!

    What!? We have failed science? By being too subjective and human i guess. Because real science is objective and independent of humans? You have reduced science to a religion. Stop it, science is not a religion, it is a tool. Part of having a tool is having a handle for the human hand to grasp, or a monitor for human eyes to view what is going on. What is this 'Science' that you praise and worship so? This omnipotent, omniscient, universal force the embodies all that is good and pure in the universe. Go start a church if you like, the word scientology is taken though, I usually use the word 'scientism' to describe your particular religion. Now go, and leave this discussion to the tool-using animals that wish to improve their tools.