Thought for the day ... (via Frank Wilson; thanks to Dave Lull)
"Whenever a theory appears to you as the only possible one, take this as a sign that you have neither understood the theory nor the problem which it was intended to solve."
- Karl Popper, born on this date in 1902
Primo: Happy Birthday to Sir Karl Raimund Popper, the critical rationalist who thinkered about fallibilism, evolutionary epistemology, hypothetico-deductivism, and the problem of induction for many years, advancing Philosophy of Science in many valuable ways. He wrote about the importance of ensuring falsifiability when making scientific (empirical/testable) claims. He was also an anti-justificationist: from his perspective, the process of conjecturing and refuting hypotheses should not be constrained by justifications adhering dogmatically to singular theories (nor by what seems 'reasonable/rational' a priori). In a sense, all claims morph into mythology rather shortly--scientists, in essence, posit myths--because data points that emerge tomorrow could turn any current 'fact' into an artifact just like that.
Segundo: Note the low-entropy motion in the video above (thanks to Dave Lull), and see this Tweet from Twitter today:
RT @mdizwan -- http://youtu.be/TBvF6r6DOvc -- Oriental Barbell strategy: when slow = tai chi; when fast = kung fu -- @nntaleb @epistemocrat @johndurant
Kung Fu is high-entropy energy expenditure (higher-intensity, lower-duration). Tai Chi is low-entropy energy expenditure (lower-intensity, longer-duration). Combining them in a Power-Law, Nassim Taleb Barbell (asymmetric: 80/20) manner produces another bimodal approach to moving about to exercise, condition, meditate, and reflect. I suspect there are a number of crossover points between these two modes, though, to facilitate transition states rather seamlessly. In my own n=1 energy-expenditure clinical trial, I enjoy studying different Barbell approaches and then self-experimenting with the spirit of their notions. For example, the kickboxing bag work that I do at the gym is certainly Kung-Fu-esque (and it's also like kicking a side-volley in soccer; it's a hybrid of sorts).
Tercero: Entropy is a fascinating scientific concept. From an information content perspective, entropy describes the spread or distribution of information in a system. High-entropy implies more diffuse information: fat/long tails, increased kurtosis, Extremistan, et al., while low-entropy indicates clustered information: precision, Gaussian, Mediocristan, et al. Under fixed path-length constraints, animals have evolved Levy-flight behavior in the wild for foraging in patchy information environments. A Levy-flight model constitutes a Barbell approach that resembles the aforementioned combination of Tai Chi and Kung Fu, producing the following pattern:
This nonlinear pattern generates nodes of localized high-intensity (Kung Fu) in the time- / resource- / energy-expenditure map, followed by flights of diffuse low-intensity (Tai Chi) movement.
The intuitive takeaway is that we can search and act intently in one domain, but we need Levy-flights to help us hedge against tunneling too deeply (read: repetition injuries) and getting caught up in activities like Mark Sisson's 'Chronic Cardio'. For instance, my favorite workout in the summer is riding my bike to the gym (visualize this as a Keith Norris-spirited Levy-flight); lifting and working out, perhaps mixing in a swim (visualize this as a Dr. McGuff Body-by-Science-spirited localized node of high-intensity); and then, riding my bike back home with some interval sprints mixed in to cap things off nicely in concert with a natural Vitamin D bath in the sun.
Entropy awareness appears important for health considerations because biological systems go awry when entropy levels get too high. As biological systems, our bodies are constantly conducting processes to reduce the entropy levels in our cells in order to synchronize biochemical reactions in concert to regulate physiological parameters. However, one of the most critical aspects of this concerto is fluid flow: enhanced fluid flow in the body permits toxin removal and disposal, resulting in a net entropy reduction. Toxin build-up is one of the most dangerous high-entropy conditions that can spur diseases and illnesses. So, in order to aid fluid flow in our bodies, we need high-intensity, low-duration energy expenditure moments that help our natural pumps--such as the muscle-contraction-induced vasoconstriction of the veins in our legs (read: edema-avoidance)--function to perfuse our organs with fresh blood full of oxygen, minerals, nutrients, etc. For example, I self-experiment with inverted exercises, such as handstand pushups and upside-down hamstring stretches, in order to prime the pump that circulates my spinal fluid. This also engages gravity's assistance. The goal is paradoxical because a short-term high-entropy process facilitates long-term entropy reduction for health maintenance and enhancement. In the physiological headroom equation, the width between the least you can do and the most you can do, low-entropy activities 'lower the floor' and high-entropy activities 'raise the roof', so we want to spend most of our time in touch with the ground, coupled with bursts here-and-there of reaching for the sky.
Life is full of paradoxes.
It's about harnessing entropy.
C'est la vie.
To good health,
Brent


