Well, when Eric Weinstein introduced the subject of Gauge Theory and Hopf fibrations to Joe Rogan a few years ago, he began with: “When people say the universe is expanding… What the F#$% does that mean?”
That’s the kind of deep we’re talking about.
Gauge theory is a field of physics often linked to Field Theory and Electromagnetic Theory. It describes a process of measurement where the Lagrangian does not change during local transformation. For our purposes, local transformations refer to market price and volume while Time is the Lagrangian.
Hopf fibrations are the application of a 2 dimensional sphere sitting in a 3 dimensional space (a 3-sphere). For our purposes, this revers to the 2 dimensional space of rising or falling prices and volume in a 3 dimensional space of Time.
A general feature of these field theories is that the fundamental fields cannot be directly measured; however, some associated quantities can be measured, such as charges, energies, and velocities. For example, say you cannot measure the diameter of a lead ball, but you can determine how many lead balls, which are equal in every way, are required to make a pound. Using the number of balls, the elemental mass of lead, and the formula for calculating the volume of a sphere from its diameter, one could indirectly determine the diameter of a single lead ball.
The reference level is the magic of Gauge Theory. In other words, Gauge Theory and (in our case, Electromagnetic Theory) can be used to create a reference level from known data in order to find the value of behavior of unknown data as it relates to that reference level.
Value of behavior of unknown data = future market patterns
Reference level = Time
Good question. Gauge Theory plays a very important role in finance and modeling… specifically in pattern recognition and the identification of fractal patterns (that’s all we do).
First, let us rewrite the description above in a language that relates specifically to the identification of fractals in market data. A general feature of these field theories is that fractal patterns cannot be directly measured; however, some associated quantities can be measured, such as price, volume, momentum and elapsed time. For example, say you cannot measure the length of a fractal, but you can determine how much volume and momentum is required to create prices, which are equal in every way, are required to make a fractal. Using the price and volume, the elemental mass of the markets, and the formula for calculating the momentum of a market, one could indirectly determine the fractal pattern of the underlying market.
Let us start with several key concepts in finance. First, economic activity beyond direct barter involves a freedom to choose certain conventions. For example, direct barter of 2 apples for 3 oranges involves no conventions. However, sup-pose a trader sells 2 apples at $0.30 each, and then uses the proceeds to buy 3 oranges at $0.20 each. He achieves the same end result as in the direct barter, but in the process encounters two prices which are convention dependent.
– Kenneth Young
Foreign Exchange Market As A Lattice Gauge Theory
Math and physics, specifically field and electromagnetic theories and geometry have played an enormous role in finance over the last 30 years. Many hedge funds use these applications to access risk, identify arbitrage and determine exposure when entering a trade. Perhaps the most famous of these is Jim Simons’ Renaissance Technologies.
“Renaissance has been called “the best physics and mathematics department in the world” and, according to Weatherall, “avoids hiring anyone with even the slightest whiff of Wall Street bona fides”.— Sarfraz Manzoor, The Telegraph, 2013
As access to data and computing power continue to increase, expect to find more firms turning to scientists rather than traders to generate results. Want to learn more about fractalerts? Fill in the form on our home page and a member of our team would be happy to give you a call or engage via email. Follow our trades. Leave the math to us.
To simply learn more about our process, check out our “The Science” page.