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Evidence of gravitational waves, or evidence of confirmation bias?

Discussion in 'Physical & Life Sciences' started by Michael, Mar 27, 2017.

  1. Michael

    Michael Contributor Supporter

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    LOL! You created a complete strawman, and then you want me to answer *your strawman* question rather than the question that is actually *relevant* to the conversation. Simply unbelievable.

    If we used your strawman coin toss example, LIGO's claim amounts to "Hey, they all came up heads, therefore aliens did it!". There is no correlation between the sigma and the claim, and the claim of cause is not supported by the sigma calculation.
     
    Last edited: Jun 1, 2017
  2. Michael

    Michael Contributor Supporter

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    Well, in fairness to you, I suppose it depends on what *exactly* you meant by the use of the variable "np". If np^2 happens to equal 6*(0.5^0.5) in your example rather than np simply representing the number of flips of the coin as it represents in mine, I suppose your answer could be correct, so out of the goodness of my heart I'll just let it slide. :) Even still, it took you two tries and you still needed my help to get it right. :)

    LOL! What a great example of pure denial. You're the one that completely messed up the math formulas the first time, not me. I even pointed out your original math error for you, so you can just get off your high horse already. Get real. You blew it, not me, and I had to point out *your* error.

    I knew this thread would turn into nothing but a personal attack because you have no explanation for any of the points that I made in my paper, or you would have made them by now.

    What complete and utter nonsense. I even pointed out the sigma games that LIGO played with blip transients for you in the very paper that you cited for us.

    Unlike you, I got the correct answer to your homework assignment on my first attempt. My formula only requires that np=number of flips/plays. My math formula is simplified and it works perfectly for every number of flips of the coin that you might try. You're intentionally changing the meaning of my variable to suit yourself. That's just unethical.

    Huh? I'm not the one that changed the rules by refusing to apply the same process of elimination method on celestial claims of cause as they did to every other claim of cause. You're sounding more desperate by the post at this point.

    The only thing that was blatantly demonstrated here is the fact that your math skills are sloppy at best, and you haven't got a valid rebuttal to a single point I made in my paper, so you concocted up some absurd way to attack the messenger, and it completely backfired on you. :) Your attack the messenger game blew up in your face. You messed up the math in your own example and you failed your own test! What a riot! Your karma ran over your own dogma! :)

    Pffft. You simply shot yourself in the foot when I had to point out your math error for you. My formula and my answer is correct and it was correct the first time. NP is just a simple variable in my formula that represents the number of plays/flips of the coin in my example. It doesn't represent what you claim it does in my formula. You simply *changed* the meaning of that variable in my simplified formula to suit yourself. How unethical can you get anyway?

    Your last several posts have been nothing but a personal attack because you have absolutely nothing to offer us as a rebuttal to any of the *several* problems that I cited in my paper. You shot yourself in the foot when I had to point out your math error, and you're now in denial of the basic facts of what went down in this thread. How totally predictable.

    Every point that I made in my paper is a valid criticism of LIGO's methodology. It's absolutely terrible methodology. There's *at least* four major scientific problems in that paper, and you haven't *scientifically* dealt with a single one of them. In fact you've never even addressed the confirmation bias issue at all!

    In every *other* instance, a lack of an external confirmation led to a *rejection* of that option as a potential cause of the signal. When they got to celestial claims however, they simply cheated by exempting celestial claims from elimination in the same way that everything else was eliminated. If they had followed their own methodology consistently, this signal *should* have been classified as "unknown" in origin, not "aliens did it".

    I even went to the trouble of pointing out the sigma games that LIGO played with blip transients for you, and you've never commented on that point either!

    Your whole "bash the messenger" routine wouldn't be so hilarious and so ironic if you had not shot yourself in the foot by failing your own math homework assignment. :) How funny, and how karmically delicious.
     
    Last edited: Jun 1, 2017
  3. Michael

    Michael Contributor Supporter

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    Let's recap the list of problems with the LIGO claim of "discovery":

    1. The sigma calculation cited by LIGO does not support their claim of 'cause', nor does it support the claim of "discovery" just by virtue of a high sigma.
    2. The sigma methodology does not actually eliminate ordinary environmental processes from being the real cause of the signal because the *real/actual* environmental background noise was *stripped* from the test data based on vetoes, and cherry picked data sets, and this signal itself was *vetoed*.
    3. There is no effective or certain way in LIGO's methodology to differentiate between ordinary blip transient events and celestial origin claims.
    4. The mathematical models of black hole mergers only demonstrates the *possibility* that the signal could be related to black hole mergers, but it does not calculate the *probability* of the signal being related to a black hole merger.
    5. There's a gigantic confirmation bias problem in the LIGO methodology because every *other* potential cause of the signal was *eliminated* from further consideration based upon a lack of external corroboration, whereas all celestial origin claims got a complete free pass.

    [​IMG]

    Care to actually address any of these points SelfSim?
     
  4. Michael

    Michael Contributor Supporter

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  5. SelfSim

    SelfSim A non "-ist"

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    OK let's recap where the rest of us are, in terms of your misguided claims:
    The 5.1 sigma value means there is about a one in three million chance of the statistical noise resembling “a GW signal”.

    The chances of statistical noise resembling a signal in both LIGO detectors, or their auxiliary detectors, 10 ms seconds apart, corresponding to a fake signal travelling at the speed of light is even more astronomical in its odds than the above one in three million chance figure.

    Statistical noise can’t be removed from data. The term “clean data” means the only noise in the data is the statistical noise.
    If one took the sixteen days of data and examined it in 24 hr intervals, the existence of beyond quiescent, (or normal) 'noisiness', would indicate the presence of an extraneous signal, (or a cause), which would have also been detected by LIGO’s interferometers or their auxiliary sensors.

    Michael believes statistical noise is data. Statistical noise is not data and cannot be cherry picked. Extraneous noise on the other hand, is real data. It could resemble the GW signal or more likely, swamp the GW signal and reduce the signal/noise ratio. (This was explained and point out in LIGO's own paper, cited to Michael on page 2 of this thread and is here, again).

    Extraneous noise being real, has a cause behind it and that is what Michael believes. Michael clearly sees no difference between extraneous and statistical noise, as is evidence by his following words:
    The whole point behind the coin tossing exercise was to distinguish for Michael, the difference between extraneous and statistical noise, (he continues to conflate them), as follows:

    If you tossed a coin six times once a day, sigma will turn out to be the same every day irrespective of the outcome the tosses.

    On the other hand suppose you increase the number of tosses, ('n'), sigma increases by the factor n^0.5, but the probability of an outlier resembling a signal decreases.
    Hence in our example of six tosses with a sigma of 1.22, the probability of sigma resembling the signal HHHHHH is (0.5)^6, or a 1 in 64 chance.
    Increasing to 10 tosses gives a sigma value of 1.58 and a probability of (0.5)^10, or a 1 in 1024 chance for 10 heads in a row.
    For a 5 sigma value you need to toss n=25/(0.5)^2, or 100 heads in a row.

    Increasing the number of days of where LIGO only found statistical noise, is analogous to increasing the number of coin tosses in the example, and finding the probability of an outlier resembling a signal decreases.

    Simply, not true. As explained in post #48 (paper here):
    The signal has been demonstrated (peer reviewed) as being entirely consistent with the theoretically predicted signal of a binary balck hole merger event .. end of story.

    Michael has failed to demonstrate this. His “fuzzy sigma” argument is therefore based on an effective admission of not knowing, nor understanding the reasoning behind it.

    This has been an excellent demonstration of his own “confirmation bias” and yet the central theme of his discussion paper is LIGO’s “confirmation bias.”

    The irony should be noted that LIGO’s “confirmation bias”, in reality, is a projection of Michael’s own confirmation bias. Special 'thanks' to him for demonstrating this in such a blatant way as demonstrated (starting from) my post #59 of this thread.

    (We can all now sleep comfortably a night, now knowing full well, that Michael himself, has produced the evidence which demonstrates his inability to understand the true significance LIGO sigma argument).

    .. Done!
     
  6. Michael

    Michael Contributor Supporter

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    What you are calling "statistical noise" is distinctly different from ordinary *environmental/extraneous noise* because all of the obvious environmental information was already removed from the "test set". What is left in the data set is just the ordinary "background hum" that either cannot be filtered out, or it cannot be identified by external detectors of some kind to effectively remove it *without* somehow filtering out gravitational waves too.

    So at best case you can be sure that less than obvious "statistical" (cherry picked) noise can be eliminated from consideration, and it's probably a *real* signal of unknown origin. It's like knowing *yep*, I cannot identify that flying object in the sky yet, but I certainly have no evidence to suggest that it's from another planet simply because I cannot identify it.

    So you cannot rule out all environmental factors if you're only comparing the signal to *statistical* (cherry picked) noise! I don't care how high of a sigma you come up with to demonstrate a "discovery" of any particular *cause* we might try to assign to that signal. All we might determine through that process is that "Yep, it's a real signal of unknown origin".

    Your claimed "cause" wasn't detected in any external auxiliary hardware either so why is that a *requirement* on any other presumed "cause"? So what if I have no external validation of any other cause? You don't have one either! Hypocrisy much?

    No, I called it "filtered data". It's still a type of data however. You can call it "statistical data", but your use of the term "statistic' in no way speaks to *cause*. It cannot be used to identify "cause" in fact because it's been stripped of the most common causes of LIGO influences.

    It's still a form of highly *processed/filtered data*. If it was "raw extraneous data" to begin with, the 'statistical data' is now a *highly filtered*, hand selected subset of the full data set.

    It absolutely, positively *was* a cherry picked, vetoed and hand selected subset of the larger data set of days and times. Don't even go there. You're never going to win that battle. They could have used a vetoed set of "noisy' environmental days if they wanted to, but they chose not to because it lowered the sigma. They *cherry picked* the very best data so it would give them the highest sigma number they could come up with. Give me a break.

    Yep, raw data not "a highly filtered and cherry picked subset of the data" like your "statistical data" which doesn't have anything to do with a "cause".

    Yep, and therefore you couldn't come up with a high sigma figure from the *real* data, you had to use the *cherry picked* data instead. :)

    Well, everything has a "cause", so ya, I believe that every single bit of "extraneous noise"(raw data) has a cause of some sort, including the signal in question.

    What are you even talking about? I clearly pointed out the *clear and obvious difference* between the raw (what you're calling "extaneous" data and the cherry picked days and times that you're calling "statistical noise". I'm the one that pointed out that difference in the first place and that's why I cried foul over your claim of 'discovery" based on a high sigma number from your *cherry picked* data set. The sigma you might come up with has *nothing* do with "cause" or the 'discovery" of any cause.

    Your flip toss analogy is pointless. The only analogous example I can come up with is if you hand (cherry) picked only the "flips" that you "liked" from the full data set of flips and you ignored all the tails, and then you said: "Hey look, I got 100 heads in a row, therefore aliens did it. The cherry picked data set *cannot* be used to determine "cause", and your sigma doesn't even relate back to "aliens", even if you had 1000 heads in a row.

    You certainly cannot rule out ordinary causes from your cherry picked data set because you've effectively removed most (probably not all) of known environmental influences.

    Whatever sigma you come up with means *nothing* with respect to the claim that "aliens did it ".

    I already pointed out where they "rigged" the sigma against blip transients by *assuming* that they don't change frequency (chirp) very much. Without *that* assumption the whole claim falls apart. The C1-C3 categories were all *assumptions* that were made during the *engineering* run no less when you had no history of improved data to compare anything to in the first place!

    The whole sigma number is rigged. It's just like you cherry picking 16 heads from 48 flips and claiming it somehow determines *cause*. There's no connection other than in your head because you already filtered out the most like "causes" to begin with. Had you not done that, you wouldn't have a high sigma, and you wouldn't have a 'discovery" either.

    I have no doubt that the signal is consistent with your mathematical models since even ordinary blip transients are also consistent with your mathematical merger models. So what? All that demonstrates is *possibility*, not *probability*!

    What a bunch of nonsense. It's *because* I understand the reasoning behind it that I can point out the *assumptions* that were made, the *cherry picking* that went on, and the pointlessness of your sigma figure. It could be a 7 sigma figure and it wouldn't speak to cause one iota!

    Man, you're doing *anything* to avoid their confirmation bias problem. They *eliminated* every other potential cause of that signal from consideration based upon a *lack* of external corroboration, but they gave their own claim a totally free pass, and made no provision for "unknown" origin.

    Special thanks for the joy of watching you fail your own homework assignment. That was a classic. The only thing you're demonstrating is that you don't have a valid explanation as to why all celestial origin claims were exempted from exclusion based on the same process of elimination arguments that were used to rule out everything else.

    Thanks for demonstrating that you don't have a valid explanation as to why LIGO didn't even allow for a category of "unknown origin".

    [​IMG]
     
    Last edited: Jun 1, 2017
  7. Michael

    Michael Contributor Supporter

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    FYI, my criticisms of the LIGO paper would *predict* that all similar 'discoveries' of "transient" gravitational waves by LIGO will be devoid of any support by any ground based or spaced based telescope or neutrino hardware. Today's announcement confirms my prediction. LIGO is already 0 for 3 at bat whereas I'm 3 for 3. Wanna bet that I go 4 for 4? What are the odds considering all the various hardware that we have in space and on the ground?
     
  8. Michael

    Michael Contributor Supporter

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    Evidently I should not have to wait very long to see if my winning prediction streak continues:

    LIGO spots gravitational waves for third time

    At the rate they're going, I could be 9 for 9 by the end of the year. :) I suspect that If any of the other 6 candidates had a visual confirmation to go with it, I'm sure they would have dropped everything and published that one next, or they will certainly publish that one next. :) If they don't have a visual or neutrino confirmation by the next claim, I'm probably already 9 for 9.
     
  9. SelfSim

    SelfSim A non "-ist"

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    ANSWER THE QUESTION!!!

    I have been kind enough to provide you with a very simple experiment so you can perform your claimed sigma altering routine as an example to show how LIGO supposedly manipulate their sigma values.

    I'm sure we all want to be privy to this very special knowledge that Michael possesses.

    So ... ANSWER THE QUESTION!!!
     
  10. SelfSim

    SelfSim A non "-ist"

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    Firstly it’s obvious you doesn’t even understand the meaning of the variables in the formula for the simplified analogous coin tossing example. You say that 'np' is the number of flips/play ... That makes makes absolutely no sense at all. What is a “play” in this case?

    In fact 'n' is the number of flips, 'p' is the probability of flipping a heads (or tails) and 'np' is simply the expectation value the number of times heads (or tails) occurs. So, if you flip a coin 6 times, the expected number of times a heads (or tails) is thrown is: 6*0.5=3 which is obvious!

    As far as your formula being supposedly correct ... well let's just put it to the test, shall we?:

    Refutation No 1:
    Recalling your claim that 0.5(np^0.5) = 0.5(sqrt(6)) =1.2247, this then implies that 0.5(np^0.5) = 1.2247 and 0.5(sqrt(6))= 1.2247.

    I have already shown that while 0.5(sqrt(6))= 1.2247, 0.5(np^0.5)=2.12, so it is clearly it is not correct for n=6 and p=0.5.

    Refutation No 2:
    0.5(np^0.5) = 0.5(sqrt(6))
    put p=0.5
    gives 0.5((0.5)^0.5)n = 0.5(sqrt(6))

    .. Wow! ... Michael’s claimed supposedly 'correct formula' amazingly predicts that you can toss a coin any number of times and sigma is always going to be 0.5(sqrt(6))!!!!!
    This is reality earth-shattering stuff!! o_O

    Refutation No. 3:
    Let’s give Michael a helping hand and remove the embarrassing 0.5(sqrt(6)) term.
    Since he claims his formula gives the same answers for any number of coin flips as the sigma formula for a binomial distribution sigma=(np^2)^0.5, lets put that to the test, shall we?:
    0.5(np^0.5) = (np^2)^0.5
    put p=0.5
    0.5((0.5)^0.5)n = 0.5n^0.5
    n= (1/(0.5)^0.5))^0.5

    But wait a moment!! ... 'n' being the number of coin flips is a positive integer, clearly n= (1/(0.5)^0.5))^0.5 cannot be a positive integer, hence Michael’s formula CANNOT GIVE THE CORRECT ANSWER FOR ANY NUMBER OF COIN FLIPS!! o_O

    For someone who has clearly demonstrated a complete lack of basic mathematical skills, including simple arithmetic, (as per the above refutations), to go then go on and tell us that he has corrected my mistakes, actively demonstrates that Michael is either totally deluded, or is simply trolling up the issue at hand, no?

    Hilarious!
     
  11. Michael

    Michael Contributor Supporter

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    I certainly had *no clue* how the heck *you* were trying to use the variable(s) in your first equation because your math formula didn't even add up and it didn't jive with your own numerical answer for crying out loud.

    I just *simplified* whatever cockamamie formula that *you* were using and the *single* variable "np" in my formula only represents the number of flip attempts. PERIOD. It's *one* freaking variable in my formula, not *TWO*! I at least *tried* to see things *your* way, but you're ignoring my use of the single variable "np" in that formula that I *correctly* provided you with, even *after* I have already *repeatedly* explained it to you! Even the fact that you were using a *non simplified* formula and two different "variables" (when one was simply a constant) to calculate the sigma shows that your math skills are *sloppy*. For crying out loud, you can't just *change* the meaning of my use of variables! That's just unethical. Use the *single* variable as I intended it to be used and the formula that I provided you with will always and consistently produce the right sigma. Furthermore, there is little room for error in my formula (although you managed to kludge it) because my equation is more *simplified* (and therefore better) than yours to begin with! Oy Vey.

    Is just *one* variable like you might use it in a *SOFTWARE* program because that is exactly how I use variables when I write software. I *rarely if ever* use a *single character* to represent any variable in a software program. The single variable "np" is simply the number of flips in my formula. It's not *two different variables*!

    Well, not the way you had it *first* it wasn't because of your typo, so I had no idea how you were using the variables at first, all I knew for sure was that your math was wrong because it didn't generate the number on the right. Period. My formula has *nothing* to do with two variables. It's *simplified* to just one.

    Since you're so confused by the name of the *single* variable, let me change the name of the single variable for you:

    Sigma=0.5(NumberOfFlipAttemptsSoThatPoorOldSelfSimIsntConfusedByASingleVariableAnymore^.5)

    Now try a mathematical *refutation* that is actually based on my use of the *single* variable in my *simplified* formula or just admit that it's right as written! Show me where my *single* variable formula is wrong as written.
     
    Last edited: Jun 2, 2017
  12. Michael

    Michael Contributor Supporter

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    Oh for goodness sake! I already explained to you *exactly* how LIGO trumped up a 5+ sigma number by selectively filtering out the data they didn't like. I even gave you an overly simplistic example based on your coin toss scenario here:

    Evidence of gravitational waves, or evidence of confirmation bias?

    How about we try this scenario if you didn't like that simplified example:

    Let's start with 48 flips of the coin since LIGO had 48 days of data to work with. Now lets "filter" that data because we've decided to 'look for signal patterns' in the data set. The "signals' that we're looking for are patterns that appear in fours, where there are four consecutive heads, or a pattern of four consecutive tails. Let's just say for the sake of the example that the total number of heads and tails is 24 as we might expect. For whatever reason, somewhere within the string of 48 flips of the coin, four different times the coin came up with consecutive heads four times in a row (for a total of 16 of the 24 heads), and one time it we got four consecutive tails in a row. The rest of the flips were mostly a total of three tails and one heads, but there were no other times where we got four of the same side of the coin consecutively.

    Now, we arbitrarily decide that "aliens" always speak in four consecutive tails, never in consecutive heads of course because those are human events. Furthermore, we know that we only want to consider consecutive flip scenarios, so we "filter out" (cherry pick) anything that wasn't four consecutive heads or four consecutive tails. We cherry pick *16* of those coins (like LIGO picked 16 days of clean data), that all happen to be consecutive heads, and we call them our "statistical (obviously human) noise". We also "found" a "candidate signal from the aliens" in our data set just as we "predicted" if aliens exist! We then do a bunch of sigma calculations which are entirely based on just (only) the *statistical (human) noise" set of 16 consecutive heads, and we see absolutely no sign of aliens in our "statistical noise", but we do observe a clear sign of aliens in our "signal" set. So we whip up a sigma figure that is based on randomly "coin slicing" the "statistical (human) noise" which we demonstrate can *never* produce four tails in a row. Since we can now exclude "statistical noise" as the cause of the signal, we now confidently proclaim that aliens exist and they caused the "signal" set because there is no similarity between the "alien signal" and our filtered 'test set" of "statistical noise".

    As long as LIGO simply *cherry picks* the data they want to consider, and they simply ignore the environmental influences that have the most direct effect on their equipment, any ridiculous claim is possible.

    [​IMG]
     
    Last edited: Jun 2, 2017
  13. Michael

    Michael Contributor Supporter

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    You must be talking about yourself because I had to point out *your* mathematical error, *and* it wasn't even a *simplified* formula which just shows how *sloppy* you are because you used *twice as many variables as I did*! You didn't bother to even simplify your formula and you didn't even get the more complex formula right.

    Hilarious.
     
  14. sjastro

    sjastro Newbie

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    "Selfsim's formulae" for mean expectation value u=np and standard deviation σ=(npq)^0.5 (σ=(np^2)^0.5 for coin tosses) for a binomial distribution were devised by Jakob Bernoulli in the 18th century. Bernoulli was one of the greatest mathematicians of all time. You are critiquing Bernoulli's maths not SelfSim's.
    For someone who doesn't even understand the basic fundamentals behind the equations that's quite a task you have undertaken.

    Selfsims only mistake is that he has underestimated your lack of basic comprehension and mathematical skills.
    He has reduced the concept of statistical noise to a simple high school exercise problem involving tossing a coin in order to give you the opportunity of showing how one can "cherry pick" statistical noise as you keep on telling us.
    You failed miserably at the task because you could not even grasp simple arithmetic and algebra let alone basic statistics as Selfsim has pointed out.

    Rather than admitting your limitations and trying to save face, you attack a couple of very simple formulae that has been used for about three hundred years.
    Now that's the part which is hilarious.
     
    Last edited: Jun 2, 2017
  15. Michael

    Michael Contributor Supporter

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    Oh no, I didn't pick on anyone but Selfsim. I simply pointed out that he didn't bother to simplify his formula, and therefore he needed twice as many variables as I did. Since it wasn't simplified, his formula was also more prone to error as he discovered when he also *botched* the formula. That's what I picked on Selfsim about, and only Selfsim.

    Yawn. What a bunch of pure nonsense. I simply took a shot at the fact that he messed it up, and he also failed to simplify it. In college I always got points taken away when I didn't simplify the formula properly, and I definitely lost points when I blatantly messed up the formula like Selfsim did. :)

    No, he actually made a typo too. :) What pathetic behavior. You've all belittled my math skills for years. Yawn. You all do it, and you all belittle anyone and everyone who dares to question your beliefs. It's a very common and very sleazy debate tactic. Proud of yourself?

    Where's the error in my simplified sigma formula again?

    Sigma=0.5(NumberOfFlipAttemptsSoThatPoorOldSelfSimIsntConfusedByASingleVariableAnymore^.5)

    Ya, and I gave him both a simplified example and a *perfect* strawman (coin flip) example too of how to manipulate those statistics at will if you cherry pick from the raw data set as LIGO did.

    What the heck of you even talking about?
    Evidence of gravitational waves, or evidence of confirmation bias?

    I went to *extreme* lengths to use his *strawman* example to demonstrate how easy it is to demonstrate that aliens did it! I even used a variaton of LIGO's "time-shifting" (coin slicing) technique to increase the sigma. Give me a break. You failed miserably to grasp the *clear* implications of cherry picking the data to suit yourself and then building a sigma from the "statistical (cherry picked) noise".

    More personal attack nonsense. Sheesh. This whole sigma nonsense is nothing but a ruse to take the conversation *off topic* and put it onto the *individual*. It's the oldest and sleaziest debate tactic on the planet and you *all* engage yourself in that nonsense because you folks cannot handle an honest scientific debate:

    Thunderbolts Forum • View topic - The mainstream cannot handle an honest debate on cosmology

    Personal attacks are just something that you folks *do constantly* to anyone and to everyone who questions your dogma. You folks simply cheat at debate. Instead of sticking to the topic, you constantly play "kill the messenger". Selfsim's problem is that his silly personal attack game blew up in his own face.

    I don't have any problem admitting my limitations when they are relevant to any particular discussion. In this case I simply pointed out that Selfsim had a typo in his formula and I used the *simplified* formula that only requires a *single* variable to calculate sigma. If I was as "limited" as you seem to imagine, I would not have caught his error in the first place, and I definitely wouldn't have *simplified the formula*.

    The only part that is really hilarious is the fact that SelfSim botched his own homework assignment and he shot himself in the foot. It was karmically delicious to watch him hoist himself by his own petard. You guys are highly entertaining at times.

    Shall we all go back to the *topic* now, or is this personal attack charade going to continue?
     
    Last edited: Jun 2, 2017
  16. SelfSim

    SelfSim A non "-ist"

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    Well, Michael has now changed 'the topic' of his own thread to being focused on his bad math ... and the ensuing distorted view he has of LIGO science, eh?
     
  17. SelfSim

    SelfSim A non "-ist"

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    Its amazing how your formula has undergone a metamorphosis in its interpretation in the space of a few posts.

    Let me remind you this is your original formula:
    0.5(np^0.5) = 0.5(sqrt(6))=1.2247+

    So what’s happened to the 0.5(np^0.5) term?
    You know very well it is wrong (as was convincingly demonstrated).

    However not to be outdone by being shown it is irrefutably wrong, you engage in the following sleight of hand:

    The correct equation is (np^2)^0.5= p(n^0.5)=0.5(n^0.5), as p=0.5.
    then;
    To get your 0.5(np^0.5) term “correct” all you have done is put n=np and ... 'voila!' .. you convince yourself (solely) that you have the correct equation!
    This is absolute jibberish but the height of ignorance is to then boldly declare it is superior because you have used one variable instead of two! o_O :laughing:

    The fact is 'n' and 'p' are two distinct parameters and n=np can only be correct if p=1 but the probability of tossing a head or tails is p=0.5.
    Q.E.D!

    Your attempted smokescreen of "I'm a victim of a personal attack" merely serves to demonstrate that you have no hesitation in engaging in your own default style of personal attacks (using a victim card) such as insisting that my test-of-your-attention-span-embedded-typographical-error, is somehow associated with some kind of knowledge deficit on my part, supposedly inducing confusion in my mind (it didn't). The clear evidence supporting this claim is:
    which takes little-to-no imagination, to see as being an unambiguous personal attack.
     
  18. Michael

    Michael Contributor Supporter

    +1,677
    Christian
    Let's talk about your distorted view of events. First *you* changed the subject from the *topic* of this thread in this post:

    Evidence of gravitational waves, or evidence of confirmation bias?

    I pointed out that you had deliberately and in an unethical manner, changed the thread from discussing the *topic* of the conversation to belittling me as an individual. You've continued to focus your attention on the individual too.

    The real irony is that you hoisted yourself from your own petard with your coin nonsense. Not only did you blow the math formula, you failed to simplify it too. :)

    Not only that, but I used your own coin toss analogy to not only demonstrate the existence of aliens (like LIGO's black holes), but I also demonstrated that the talked to me using coin flips with infinite sigma certainty no less. :)

    The only one that has demonstrated poor math skills in this thread is you.
     
    Last edited: Jun 4, 2017
  19. Michael

    Michael Contributor Supporter

    +1,677
    Christian
    Ok, lets see exactly how much my formula has changed since I originally corrected your mathematical error:

    Evidence of gravitational waves, or evidence of confirmation bias?

    So I'd already simplified the formula and I put the .5 on the outside of the square root function, and the only thing remaining inside the square root function is the number of flips.

    My function hasn't changed *one iota* since I first corrected you. There's only *ONE SINGLE* value inside that square root function, not two.

    My mathematical formula hasn't changed at all, and it works perfectly for any number of flip attempts you might select. Since I'm a programmer by trade, had I actually intended to use two *different* variables, I would have had to put the * symbol between them, because that's how software treats variables. You can't use them like you might in an ordinary math book. I wouldn't have even written it like that if I meant to use two different variables, but as we can see from my first mention of your mathematical error, that you didn't simplify the formula, and I only had one variable inside the square root function, specifically the number of flips. I've been *100* percent consistent, since day one, and unlike you, I didn't make any mistakes.

    You're simply misrepresenting the facts, and trying to cover up the fact that you A) didn't simplify your formula, and B) you messed it up!

    If you weren't simply confused then you intentionally misrepresented my statements because the very first time I corrected you, my formula was *simplified* and the only thing inside the square root function was the number of flips.

    I even tried to be gracious to you when I realized that your p and n characters might actually be two different variables and your first formula just wasn't simplified, and yet you *continued* your personal attack nonsense anyway.

    How could you possibly misconstrue my intent when my very first "fix" of your formula was A) simplified (and therefore better than yours) and B) only a single variable, specifically the number of flips, was inside the square root function?
     
    Last edited: Jun 4, 2017
  20. sjastro

    sjastro Newbie

    +1,897
    Christian
    Single
    No one is belittling your mathematical ability, your posts alone demonstrate you have no mathematical ability to speak of.
    Ignoring the mathematical arguments presented by Selfsim by repeating the same irrelevant nonsense over and over again is a sure sign the discussion is beyond your level of comprehension.
    You still don’t get it that Selfsim is using textbook statistics and your failure to see this is yet another example of your ignorance.

    Despite having being shown the formula σ = 0.5(np^0.5) is wrong you have simply changed the “np” for an “n”, then using statements to the effect “look how clever I am, I’m using one variable instead of two since np is the number of coin tosses”.
    If a mathematician or scientist did this they would rightly be accused of cheating and being stupid in their interpretations of the changes.
    You have already been shown that making the substitution n=np is only valid if p=1, this also implies the expectation value u=n.
    To put this in language that you can understand if I toss a coin 10 trillion times, the result will be all heads or all tails since my expectation value now equals the number of coin tosses.
    This is consistent with the probability equalling one (a dead certainty) and σ=0 for any number of coin tosses as the variance u-n=0.
    Needless to say your scenario is totally unrealistic.

    For the umpteenth time u=np is the expectation value and n is the number of coin tosses.
    If you want to continue this moronic argument that np is the number of coin tosses, then write up a program that simultaneously calculates both σ and u under your condition that n=np.

    Amongst other things you can’t count either, since the correct version of the sigma formula has only one variable n, since p is a constant and has a value of 0.5, hence σ = (np^2)^0.5= 0.5(n)^0.5
    If you started off with the correct formula, σ = (np^2)^0.5 you wouldn’t be in the idiotic situation of having to alter the physical meanings of the variables that can only exist in la-la land in order to get the end equation.
    Also you could calculate σ using u.
    σ = (np^2)^0.5
    = (npp)^0.5
    =(up)^0.5
    =0.7071(u^0.5)
    As an example tossing a coin 6 times gives u=6*0.5=3, hence σ =0.7071*(3)^0.5= 1.2247
    None of this is possible with your ridiculous assertion that np is the number of tosses.

    On the subject of personal attacks, you are a sook in playing the victim card even when constructive criticism is offered. You are certainly no shrinking violet when it comes to making cheap personal shots such as constantly going on by portraying a typographical error as a major blunder implying a lack of knowledge and understanding.
    The next time you make a keyboard error I should give you a dose of your own medicine by implying you cannot spell.
     
    Last edited: Jun 4, 2017
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