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Archive for the ‘origins’ Category

Mankind’s local view of history

Tuesday, August 31st, 2010

I talked about it before and some, but the concept is so interesting to me that I need to elaborate.

I believe that it is intrinsic in human nature to possess a kind of confirmation bias, extrapolating severely limited set of data points (say, the time span of one generation) to make statements about timeless truths, concepts lasting for very long time frames. In other words, we all have a kind of local view of history which is causing us to make incorrect assumptions about the past, or is preventing us from questioning things enough to make good predictions about the future.

There are numerous examples to support this idea. Until about 2006, the general populace was convinced that housing prices will always go up. We fear of terrorists taking over planes but forget that in the seventies, plane hijackings were rather common. We love good food but just fifty years ago Americans considered food to be a rather utilitarian exercise.

It is commonly thought (and by “It is thought” I mean “at some point we all thought that, even if now we may not admit it because of a certain pressure from those who tend to expose common conceptions as myths who may make us appear stupid”) that the Middle Ages were by and large a waste — several centuries of backwardness. However, I believe that we think that only because we live in a technophiliac age where one assigns value to a very specific kind of progress that was, admittedly, absent in the Middle Ages. This is most likely coupled with a phenomenon in which we conveniently forget that progress has an exponential nature — sure, the Renaissance seemed like a huge step forward, but it very likely needed to be bootstrapped by a much slower progress that was brewing in the centuries before it. But, even more fundamentally, our belief in progress is an even more deeply rooted assumption about the human race. Can we extrapolate it into the future? Will we always aim towards progress? What if we deplete our natural resources?

And how about political systems? We think of monarchy as a less developed, more primitive form of government that suffers from a lot of problems that we have since managed to mitigate with other systems. But again, this is just confirmation bias: we were raised in a culture that relishes in the importance of democracy. We seem to think that democracy will reign forever — or at least, that monarchy will never come back. But that doesn’t have to be the case (Frank Herbert was onto something). It doesn’t have to be the case because the path between concept and execution is chaotic — small variations in the original assumptions can lead to massive differences in execution, so what seems like a massive problem with monarchy in the context of eighteenth-century world citizen’s worldview may easily be solvable with twenty-first-century’s tools and mindset. For example yes, there is potential for abuse, but what if we use technology to limit it just as technology today ensures we don’t abuse some of the privileges given to us. Once we solve these problems (which centuries of oppression have brought to the foreground), the underlying framework may provide a much more efficient way to stabilize the society (in fact, I’ve always thought that democracy is ostentatiously very inefficient — just think about the years of training, campaigning, and money spent by the candidate who loses the elections).

That’s exactly the problem with extrapolation: it assumes that some phenomenon can be approximated well with a linear model. So long as the extrapolation is minimal, most phenomena do behave pretty nicely: if today we’re burning up coal like crazy, tomorrow we are also likely to use up a lot of it. But it does not necessarily follow that in fifty years we will. Extrapolation over a long time window is unable to take into account the interactions of the thousands of variables that affect the outcomes we’re trying to predict.

History, or social sciences in general, suffer from this problem particularly much, precisely because there are so many variables at play (i.e. the systems they try to explain are so chaotic). In a way, one of my biggest realizations was that social sciences are enormously more complex than exact sciences because the latter have the liberty of operating on kiddie worlds where everything can be controlled and measured and there are relatively few degrees of freedom. It’s only when we move on to sciences that rely on inaccurate, nondeterministic and complex objects, such as economics (struggling with the complexity of human nature when applied to incentive-driven behavior), politics (struggling with the complexity of understanding the impact of policies on e.g. economics) and history (struggling with the complexity stemming from the interplay of a number of economic, political and social factors with individuals and their decision-making process), that the number of variables increases beyond our comprehension. Those models are nowhere near linear, so let’s not extrapolate.

There are some positive consequences of the abandonment of superfluous extrapolation. It is not necessarily the case that food will look less and less like food — in fact, we are slowly starting to see people go back to natural sources of food, from organic food to CSAs to growing their own vegetables. We may run out of rare earth metals in twenty years, but that doesn’t necessarily imply armageddon.

Civilizational invariants

Wednesday, June 16th, 2010

The world was very different three thousand years ago. Yet there are some things that never change, no matter how advanced we are. Of course, the local view of history theory helps us a lot because it says that a lot of things are simply cyclical (for example, one could argue that the Roman civilization right before its collapse was very similar to the American culture right now — hung up on instant gratification. It’s almost as if some properties governing our lives increased in frequency until the frequency is so high that it begins to interfere with the stability of the system!), but even without that, there are some things we can point out that will always be around in a pretty much just as complex a form as they have always been.

It may sound corny, but one such property is love. Relationships have been complicated thousands of years ago, they are complicated now and they will be in the future. This is, presumably, why the best timeless stories have to do about love, and why good science fiction touches on the concept of love (2046 is a good example).

Death (not taxes) is also a good concept. A large component of the human culture, but also civilization, revolves around the beautiful truth that we will never know what happens to us after death. A lot of money was made out of that truth (Catholic church in the mediaeval times, just to point out one example). Hell, the whole idea behind the American nation (pursuit of happiness — why? — because no matter what your belief is, life after death is still just a possibility) is based on the uncertainty around death.

Another concept that’s inherent to civilization is one of hierarchy. Civilization implies specialization, which implies exclusivity, which implies hierarchy. The notion of hierarchy creates a kind of “brownie point” system which keeps people motivated — together with the expectation of upward social mobility, it is probably the reason why the American society is so stable — 90% of people think they can ultimately be in the top 10% of wealth in the country. This can only be beat by the notion that happiness is this impossible to define quality that can’t be quantified and has interesting properties, such as apparent zero correlation to any measure we can think of (which means that, say, rich or powerful people can get away with being rich or powerful because, as it is common knowledge, wealth or power does not make you happy!).

Second life

Wednesday, May 5th, 2010

My friend and I were entertaining the idea that consciousness doesn’t just begin and end, but instead it’s cyclical. After we die, we live an anti-life that culminates by being re-born. And just like in this life we fear of dying, in that second life we fear of being re-born. We don’t know who we will be born as, and what kind of life we will have, and we spend precious time in our second life thinking about what is imminent and cannot be controlled.

We hope to be healthy, God forbid die in infancy. We hope to be born in a hospital. We don’t know what kind of family we will be born into–will my parents love each other? Will I be the youngest child in a pack of five? We dread going through puberty, being bullied in school, having our heart broken, getting the letter from the college of our dreams. Why would we subject ourselves to all this? Yet somehow we do.

Life is precious, not because someone said so or because that is the prevailing social norm, but because it makes us what we are. It’s definitely worth living. After all, we have already spent an entire previous lifetime thinking about all of it, and, hopefully, before our anti-life ended, we made peace with ourselves and with what was to come.

What is computer science

Tuesday, May 4th, 2010

Computer science is just a narrow field of mathematics.

Mathematicians like to introduce models to their work in order to be able to talk about some classes of problems more efficiently. For example, group theory is based on a model — albeit a very simple one — and mathematicians use this model to come up with problems which are hard but can be expressed in few words (because of the shared context of a model). Of course, as a consequence, mathematicians do come up with theorems that can later be shown to solve other problems and even fuel entire industries, but at the end of the day no mathematician creates these things hoping to make a buck.

Similarly, computer science is just a part of mathematics where a model of a universal computational machine (introduced by Turing) is studied. Problems are posed (such as, “can this machine solve every problem?”) and theorems are proven (such as, “I can sort this large set of numbers significantly faster than it takes you to list all pairs of these numbers”).

The surprising origins of things (Part V)

Sunday, March 8th, 2009

While the common opinions seems to be that American English in its current form was a result of simplification (or, cynically, trivialization) of British English of the time, a lot of the differences today are due to changes that British English underwent in the past four hundred years.