Much of the book I’ve written called Benevolent
Libertarianism uses physics as a supporting lens through which to assess
economics, markets and human behaviour in society, because there is a lot of
overlap. For example, entropy and economic complexity overlap in that, in
thermodynamics, entropy is a measure of disorder or the number of possible
configurations of a system; and economically, societies tend toward more
complex arrangements (akin to higher entropy), especially in free markets where
countless agents interact. Just like in physics, where energy moves toward
states of higher entropy, markets evolve toward more decentralised, diverse,
and adaptive structures. In most cases, a centralised economy is like a
low-entropy system - highly ordered but fragile. And in most cases, a
decentralised market economy mirrors high entropy – untidy but resilient.
Another example, Newton’s First Law (inertia) states that objects in motion stay in motion unless acted upon. You can think of institutions and social norms as having "inertia" – in that, once they are established, they tend to persist unless disrupted by significant forces (revolutions, economic crises, technological shifts, and so forth). This principle helps explain the resistance to change in economic systems. One of the catch 22s of libertarianism is that the idea of a libertarian reform is likely to come up against institutional inertia, requiring strong catalysing forces to shift public policy.
You can also observe in physics that phase transitions occur when a system hits a critical point. Similarly, in social systems, network effects (like viral trends, revolutions, or financial panics) behave similarly. A small trigger can cause a systemic shift once a critical mass is reached – and this shows similarities around tipping points in markets or social movements.
I’ve also been fascinated for many years in how power laws or trends in society mirror nature's laws, especially tail end distributions or severe deviations from the mean. Zipf’s Law is an intriguing one (which I’ve written about before in my paper on parsimony and power laws) - it states that the frequency of an item is inversely proportional to its rank. This applies to language (most common words are used exponentially more often) and cities (a few mega-cities dominate, wealth distribution, online traction, etc). It mirrors distribution patterns in natural systems, such as the size distribution of solar flares or earthquakes – and once you delve into more and more examples of this, as I do in the book, it becomes more and more interesting.
The Pareto distribution (the 80/20 rule – although it’s not always exactly that, of course) crops up everywhere too - from income and productivity to software bugs - and resembles the power-law distribution seen in self-organised systems in physics. In Benevolent Libertarianism, I try to argue for outcomes that enable voluntary rebalancing or opportunity creation without coercive equalisation – what you might say (although I might ditch this if it proves too provocative for a publisher) a kind of capitalism with a heart and a socialism with a head. We also find with consistency that the value of a network increases with the square of the number of its participants. This applies to markets, social networks, and economies of scale – and it’s similar to gravitational attraction increasing with mass - interconnectedness yields increased (sometimes exponential) utility. One of the fundamental principles that has seen this human progression-explosion in terms of material standard of living is that free markets, open communication platforms and mutual connectivity gain value as participation scales, encouraging more and more organic growth.
At this point, it might have occurred to you that we can also discern political manipulation through a similar heuristic. I believe one of the most interesting things happening right now is that, in greater numbers, the public suspect they are not being told the full truth, but it's hard to come together in a co-ordinated way to challenge it. Discerning political manipulation through the above heuristics is really to be seen as analogical and metaphorical, especially in regard to physics, but I try to make it compelling in the book because sometimes when you have a situation that’s hard to capture in your mind, an analogy or metaphor can help bring about a eureka moment. So, here’s one way you could think of it. In physics, massive objects bend space-time, creating gravitational fields that influence smaller bodies. I think that’s similarly what’s happening with powerful political actors (corporations, lobbyists, governments) – they generate a "field" of influence that bends public discourse, policy direction, and media focus – in fact, it has become its own heuristic for gaining more traction (like Wagner’s law predicts in economics) where there is a kind of "gravitational lensing" effect, where the narrative becomes distorted based on proximity to manipulative political or financial mass. It’s a reliable mechanism for sucking people in. There are, of course, many good and noble cases where that happens in a free market economy, where successful innovators enjoy well-deserved spoils – but here I’m taking specifically about the negative aspects of manipulation into perverse and distortionary narratives.
I also think there are interesting parallels in societal behaviour and conservation of energy in physics. In physics, energy is never destroyed – it is only transformed or redirected. Similarly, I think in many cases, political pressure or dissent is rarely extinguished; it is redirected or channelled elsewhere. Firstly, this means that suppressing people’s free expressions or dismissing them won’t work if the dissent is strong enough – it will pop up elsewhere, manifested in different forms. You can see with the left, how populist social fervour has been co-opted by establishment figures to maintain power under a new guise of extreme environmentalism, for example. When a bottom-up movement is suddenly adopted by the mainstream, just pay attention and analyse where the original intent is being repurposed, and you’ll probably see the patterns I’m talking about. I suppose, also, if you’ll allow me the grace to push the analogy further, with thermodynamic information theory, the higher the signal-to-noise ratio, the clearer the message. And sadly, socio-political manipulation often gains traction by lowering this ratio by flooding the public with noise (misinformation, skewed reasoning, distractions, hyper-partisan content, galvanisation to an external cause that makes participants look good) to drown out clarity and critical thought.
I think in an age where 1) information is so readily available to nearly everyone, and 2) critical thinking is rarely practiced by the majority trying to process all this information, political discourse becomes more fragmented and unstable as political leaders push for polarisation – a bit like a societal equivalent of the second law of thermodynamics. And unless the energy of reason, logic and empiricism is applied to decrease the entropy, it’s likely to get worse. This feedback loop can be seen as analogous to a system of particles in a confined space. When one particle exerts force, the reaction may cause the system to shift, with some particles moving closer together (strengthening the political base) and others moving further apart (deepening polarisation). The interaction between these forces is not one-directional; it's a constant interplay that politicians and the media can navigate to maintain their position, much like how forces in the physical world create dynamic equilibrium.
It’s surely as plain as day at the moment that the official narratives provided by political leaders and the media is so veiled, biased, and intentionally misleading that we must be close to a tipping point. The system of information that is presented to the public is like a quantum system where the "true" state is elusive and constantly shifting, dependent on the perspective of those who observe it. If you sense the position, the momentum is abstracted, and if you sense the abstraction, you no longer pin it down to straightforward empirical justification – and even in cases when you might, the battleground is a morass of often justifiable resentment and partisans.
Just as the universe operates through immutable physical laws, the political landscape is shaped by forces, both seen and unseen, that guide the movement of ideas, policies, and public opinion – and in this day of technological connectivity, we are probably in the advent of a system of organic resistance and bottom-up networked intelligence that can mount a serious challenge to the hegemonies that have pervaded for so many decades. And while we’ll never get rid of top-down central intelligence – and in some cases, we shouldn’t wish to do so - we may be witnessing the birth of a decentralised, self-correcting force capable of at least challenging legacy power structures in a way that’s not been possible before.