On one hand the experience is overwhelming because the ideas overlap most areas of study viz. economics, finance, history, psychology, mathematics, sciences, time cycles and art. But, on the other, it is nothing short of revolution in research to be able to comprehend, interpret and derive applied predictive tools from such a vast scale of research areas.
The fractal evolution
Though Adam Smith's capitalistic model stands challenged, we have had no alternate system that has stood so long. Even some long standing socialistic systems have taken elements of capitalism and witnessed enhanced prosperity. Karl Marx's idea of capitalism as a system prone to cyclical crisis was true. But still the system has survived and lived, more than any mortal soul today. We are sure, human race will move beyond this model, but this is too farsighted a thought for us as a myopic society.
Charles Dow started modern finance discovering a fractal, without knowing it was one. Elliott an accountant by profession rediscovered that markets were fractal led. He redefined the Dow Theory with his principle. But even Elliott despite his fractal observation only later started connecting it with Fibonacci mathematics. Both Charles Dow and Elliott mentioned about social behaviour aspects along with their theories, but did not quantify behavioral finance like Daniel Kahneman did with the prospect theory.
But, this is where the gap lies. Mandelbrot's M set has become popular outside mathematics both for its aesthetic appeal and for being a complicated structure arising from a simple definition, but this has not really pushed Elliott structures forward to a similar popularity. It is this lack of convergence of market fractals with the M set that has also pushed the fractal work done by Thomas Malthus and Verhulst as peripheral despite being part of the same extended thought.
Fractals and cycles
This is not the only disconnect. Fractals are growth, decay structures, whether we take the M set, Elliott's Fractals or Verhulst's 'S' curve, they all convey the natural process of growth and decay, which is cyclical. Not many attempts have been made to connect cycles with fractals.
Tony Plummer, cyclist, makes an attempt of explaining Elliott fractals through cycles. But, this is such a nascent area that even experienced cyclists admit they have never thought about Elliott being a footnote in the larger subject of cycles. The crux being that market fractals are a subset of market cyclicality.
The discontinuity extends, when you read the work of physicists like Eugene Stanley from Boston, who has written many papers on power law in markets extending the thought of Kingsley Zipf, the linguist who first proved the power law relationship in popular words spoken in the language, 150 years back.
Though we have proofs of power law governing us in nature and markets, we never as academicians, practitioners and scientists thought of power law in cycles. Plummer, despite his comprehensive attempt on cycles, fails to talk about it. We at Orpheus link cycles with fractals and Mathematics suggesting cycles as the finality above fractals. Cycles also reinforce the thought we mentioned regarding history being modelable as a science.
Robert Prechter might disagree with the fact that we place cycles over fractals. Prechter alsocalls Elliott a science and not art. We disagree, as cycles are about two things, periodicities and patterns. Watching and understanding a pattern will always be an art and not a science. This is where we come to the other aspect of mathematics. George Cantor theorem implies the existence of an infinity of infinities.
Cantor's theory of trans-infinitenumbers was regarded as so counterintuitive, even shocking that it encountered resistance from mathematical contemporaries such as Henri Poincare. The debate Cantor opened is also a cyclicality linked with the subject of Mathematics, which illustrates order and chaos. We humans are scared of the uncertain and it is only when we overcome the fear that we understand how little we know.
Behavioralfinance researchers have also found that we as humans process uncertainty of risk and time similarly. This means that we do not think rationally when future is uncertain and when time aspects (return to certainty) are unclear. This bias has proven to be expensive in markets both in terms of actual losses and opportunity loss.
Theaversion to uncertainty also explains why we as masses need more information. More information is generally considered as removing future uncertainty or ambiguity as it creates familiar ground. But still this does not change the underlying risk and return. The news efficiency also has been challenged. It has been proven statistically that more information is necessarily not efficient.
Behavioral finance has junked 200
Thisis not true. Fractal watching can give unprecedented accuracy. This is why behavioral finance is incomplete without connecting fractals with the subject. Standalone sentiment surveys also have predictive elements. Comprehending and connecting the idea of patterns and psychology might be unfamiliar to the current generation of behaviour finance experts.
Challenginga thought is not easy. We will always challenge the new, as we love certainty. But there is never a certainty, it is a bias. The research revolution is ongoing and it will keep changing the way we think. Prechter's thoughts about economics being different from finance might just be a research paper now, but this is the economics our children will read.
Conventionalresearch may not die, but it will become marginal, as the thought process of the society will migrate ahead. Predictability is much ahead of stories, even if we like stories. And even predictability is not fool proof, as we will always have chaos, which will tell us that we know nothing about the world we live in.
The author is CEO, Orpheus CAPITALS, a global alternative research firm.