29 December, 2010

Delusions of Grand Audience

Over two years ago I mentioned how the social interaction on FB enables what I called the fostering of an illusion of grand audience. The idea is that the pseudo public nature of discourse on an FB wall leads people to place more importance on personal appearance than they would on a less socially constructed web site.

It's all part of the interesting psychology that people manifest while participating in this pseudo-public space called a Facebook profile. It is the digital equivalent of a podium on a stage that has flood lights obscuring your view of the audience. You know that people are there because you hear them but you can't exactly see them all (analog of not knowing who sees what you post or reads it) this does an interesting thing to people. First, when challenged while on their "stage" they are far more likely to react with a defensive posture on many subjects that in reality they would be for more reasonable discussing. I've been perplexed by the harsh tone some people I know on FB have taken that seems like a contrast to the character of them I know in person...that said, it is easy for this magnified personality and feeling of self importance, coupled with the fear of "public" shame to really lead people down a path of paranoia.

If you do draw their ire, they may feel sufficiently offended to de-friend. There was an FB friend I had on my list for about a year, he was a smart computer programmer from Canada. I friend requested him because he was good at defending his self logically for the most part but he would never admit being wrong if pushed to that logical end. He also had a habit of asserting his greatness in programming out of the blue, we had many debates regarding Engineering and programming where I would enjoy mildly ribbing him over one statement or another (we were fully in super pedantic mode and though he didn't slip often when he did I made him pay for it)...but it seems he never liked it.

Finally a couple of months ago I posted an article about Star Trek Enterprise (the tv series now off the air) he took great offense at the fact that I interpreted the way the series ended in a different way from him...so much so that soon after that discussion (which was cordial outside of his making the accusation that he knew more about Star Trek than me...but failing to actually show it) I found I couldn't view his profile. He had defriended me over a Star Trek discussion! So I say good riddance to any one that takes themselves so seriously that they expect to always appear correct in every interaction that happens on their profile and feel slighted at being censured in this pseudo public forum. It is a delusion of grand audience that magnifies existing quirks in personality to ugly viewable size...I like it...helps us separate the horribly included stones from the diamond quality friends we ideally would all like to have!

So when you are next on FB do a little observation of your friends responses to various statements online as compared to how they would react in person. How big is the gap? I think the difference hints at the level of delusion of self importance that person has...hmmm...now if only there was a way to capture this delta and exploit it. *grin*

19 December, 2010

The circle of reason....

A recent conversation I had with a friend concerning the existence of deities prompted me to think a bit more deeply about how man has used logic to help describe or extract truths in the world and then use use to our advantage.

In the process we have been able to describe thousands of real natural systems and exploit them, from our understanding of the biology of corn and other plants and then using that knowledge to modify them to suit our purposes...to the realizations of the patterns of truth that govern the behavior of planes in the sky or missiles on a launch trajectory. All these things are enabled by the slow acquisition of knowledge concerning the invariant truths and relationships of the real world.

However, we often fail to realize that the certainty of control that we appear to have over the world is mostly an illusion. As a scientist I was trained to prize empirical data above all else, data informs hypothesis and sets of hypothesis inform theories...these theories are then tested against more incoming empirical data to refine them over time...it is a beautiful system that has a constant vector toward the direction of increasing truth so long as that which is observed remains stable enough to enable the statement "increasing truth" true. David Hume showed that this is an arbitrary selection on our part enabled by the fact that for most of the things we do study there is invariance in the underlying basis that we latch our logical "formal systems" on to in order to make predictions.

We do it in quantum mechanics, we do it in kinematics, we do it in biochemistry and it is the hope that the electron charge won't suddenly change, among other hopes that enables our theories to have the great deal of accuracy we put on them. Yet beyond the protection from the variability of key elements of reality there is a need to recognize that outside of empirical data gathering our ability to cognate the possibilities is actually restricted...in fact according to Greg Chaitin possibly infinitesimally so.

However the start of our search for logical certainty goes back a bit further and for that we should start with the work of a brilliant mathematician who happened to be the friend of Albert Einstein, his name?

Kurt Godel and Incompleteness

Kurt Godel was an amazing character in the history of mathematics, particularly quirky he focused his work on one of the most abstract areas of mathematics, logic itself. In mathematics logic is formalized to a degree that goes far beyond what you may have learned when you took courses where you were introduced to "modus tolens" and other such concepts. The tools used by Godel were applied to attempt to explore the limits of mathematics itself. In the mid 30's Godel wrote his seminal paper on mathematical incompleteness in it he set off a quiet bomb in the mathematical community. Decades earlier people like Bertrand Russell and David Hilbert tried to set programs for systematizing all of mathematics, they felt that it were possible to classify all the possible structures that span mathematical ideas...by doing so they would show that math was "complete" in that it was fully descriptive of all elements that could be defined within it. Godel's incompleteness theorems showed that these efforts would never succeed.

A simple idea

The idea of incompleteness spans from a simple idea, that in order for our formal systems to fully describe the world they must be able to determine answers for all questions posed with those systems. It may be found that some answers are incredibly difficult to answer but the hope was that in theory given enough processing time all questions in the system could be answered. Godel showed that this was not true and in fact had a reciprocal relationship governing it. In the mathematics he used the word "complete" indicates that a formal system is able to satisfy the requirement above of being able to answer all possible questions posed within it. Godel showed that only formal systems with infinite axiom sets (losely the rules that define how that system functions) can be complete. Where a complete system is simply one that satisfies the ability to answer all questions that can be asked with those tools. The reality though is that if the systems have a finite set of axioms (and all our formal systems are) then there are questions within them that can NOT be answered. If this wasn't devastating enough for the systematization program that Hilbert and others sought it gets worse. Not only are there questions that can't be answered in the system but there is no way to infer where those "holes" lie in the system before hand, trial and error is the only guide. For decades after Godel wrote these papers mathematics (and the physics that uses mathematics to build it's descriptive system of the world) were in denial. The fact that some things could not be answered was not fully appreciated...but then things only got worse when a British genius started looking at the matter from a different view...

Alan Turing tackles thought...

Alan Turing is a giant in computing, often called the father of the computer and one of the principle designers of the ENIAC computer that helped break codes, he also deciphered a complex cipher used in the German Enigma machines during the war, providing the allies incredible insight into German operations which they used to misdirect and ambush the Germans opportunistically for more than a year. However, Alan Turing also thought a great deal about the limits of computing machines, he was familiar with Godel's work and wondered what incompleteness meant for the human mind...in several papers he showed that the answer was even more amazing and devastating to our efforts to divine all truth than Godel's. Turing showed that not only are all systems filled with holes, gaps in their ability to divine truth of questions posed within them...but that because we as human beings are computing agents our minds are limited by the same constraints of systems we design to model the world. His "halting problem" states that some problems fed to a computing agent would never yield an answer and those problems are then undecidable...an undecidable problem is worse than one that can't be inferred with a given system because one has no recourse to gaining the answer. In Godel's incompleteness , the hope still remained that some clever over lap of systems could illuminate gaps in different systems...but Turing showed that this task for some "holes" would indefinitely continue (you could never create enough systems and thus never fully be able to infer the truth or false nature of the original question posed.

As occurred with Godel, the world met Turings results with silence...ultimately his result is not about just computers it is about us, we are computing machine but are we limited by these findings. Godel tried to find the answer and some say the task drove him insane...one of the most brilliant minds in all of mathematical history driven mad by his work.

The failing of logic...

Contemporary mathematicians like Gregory Chaitin took the problem further by asserting that not only are their undecidable problems but there are an infinite number of such problems...that we are in fact living in a space of possibilities that are infinite in answers and our ability to answer is infinitesmal...what a bizarre conclusion...that in our certainty...in all the things that we think we have inferred about the world. How it formed, how our sun formed, how life evolved, how the Universe expanded all these things are are within the sliver of empirically derived transitory "Facts" in a space of such "facts" that our systems are useless to ever divining. So it would seem that logic fails us miserably...it enables us to posit absurd statements based on nothing more than a whim and be unable to prove or disprove our own assertions! We can do this infinitely and thus we connect to the space of possibilities that may have decidable answers to them but that we can't determine because our systems are not constructed to do so.

That yellow invisible alien standing next to you loves you and you can't disprove his existence...even though I just asserted it from thin air...such is the contradiction of logic, a thing which is simultaneously absolutely useful to our inferring truths about the world and just as useless to divining all possible truth states. I find the symmetry of this contradiction both terrifying and beautiful.








13 December, 2010


because google apparently thinks that I shouldn't be able to unpublish a published post. (If there is such a function...please elucidate me.)