Modern mathematized physics postulates the principle of the universality of its laws. They are postulated to be the same throughout the universe, even though we humans only observe movements of the cosmos from Earth with various sorts of antennae or ‘telescopes’ in the broadest sense, from binoculars through to the very large antenna, Laser Interferometer Space Antenna, spread out in outer space to catch what physicists theorize to be gravitational waves corresponding to curved space-time in Einsteinian general relativity theory.
Since Newton at the latest, the laws of physics are expressed in equations in which the variables stand for physical quantities. Physical phenomena become mathematical symbols and quantitative empirical data become crucial for testing theoretical models. Initially these equations focused on formulating the law-like cosmological motion of physical celestial bodies, especially of the planets in our solar system. Einsteinian relativity theory radically altered Newtonian mechanics by postulating the relativity of all cosmological phenomena relative to an observer’s apparatus receiving signals from a cosmological event of any kind at the absolute speed of light, c. Henceforth time itself is interpreted as the path taken by electromagnetic radiation (light) from a physical event to an observer subject’s apparatus, incorporating a clock to register the signal’s time of arrival. Time in Einsteinian relativity is clock-time, the most superficial conception of time we humans have, as counted off physical movement. This seems not to worry physicists. It never crosses a physicist’s mind that time may not be a physical phenomenon.
Einstein’s brilliance in formulating his relativity theories included his seeking the equivalence of Newtonian principles when switching to relativistic space-time, perhaps the most important of these being the principles of conservation of energy and of momentum in physical collisions. Whereas in Newtonian physics, mass m is (axiomatically postulated to be) conserved in any collision, the relativistically transferred principle of conservation of momentum forces mass itself to be proportional to the velocity at which a physical entity is travelling. Hence rest mass, m0, differs from relativistic mass, m. Consequently, in hypothesized 4-dimensional space-time, conservation of momentum in the fourth temporal dimension enforces an equivalence of mass with kinetic energy, whereas in Newtonian 3-dimensional space it is implicitly assumed that the speed of light is infinite, so that the time variable is not relativistic at all, but universal. Hence there is no fourth temporal dimension at all.
The most famous consequence of the relativistic principle of conservation of momentum and thus the equivalence of mass and energy, is formulated in the equation E=m.c^2 or, in words, energy is equal to mass times the speed of light squared. This astonishingly elegant result bequeaths us nuclear energy, including nuclear bombs. The mathematical model works.
Today’s mathematized physics presents itself as the foundational science for the theoretical explanation of ‘everything’ (despite the persisting stumbling block of a lack of theory of quantum gravity). This hubristic claim is pretty much accepted throughout the scientific community, including even the social sciences, since they do not have the methodological wherewithal to critique the claim. Today’s sciences are also conveniently separated into multiple silos called disciplines that defy unification, except that they are all methodologically empiricist. Empiricist thinking renders them all impotent to dig any deeper than facts.
Physics’ pretension to be foundational for all science is contradicted from the start by pointing out that there are kinds of movement that are not physical, and, in particular, not physical (loco)motion, which is the kind of physical movement amenable to mathematization. This kind of thinking is out of its depth when trying to interpret and conceptualize other kinds of movement including, besides mental movement, especially social interplay. Exchanging greetings or goods cannot be reduced to a physical movement, since such movements rely of mutual esteem and estimation between a plurality, i.e. at least a dyad, of players. Physical efficient causality admits of interaction between different causal forces, but not of interplay. Economic life requires exchanges of various sorts negotiated among among a plurality of players, even for indigenous peoples. Moreover, even their kind of economic life within ancient customs does not remain unaffected by today’s global capitalist economy. Their entire way of life may be destroyed by capitalism. Witness the history of European colonialism.
But what is capitalism? And what is its own law of movement? The movement of a capitalist economy cannot be somehow reduced to physical movement. The truth of capitalism and its law of movement is ugly rather than fair, and is therefore suppressed and covered up by deceptive ideologies. The simplest, and therefore deficient, schematic formula (not equation) for capital is:
M — C — M+ΔM,
where M and C stand for the money and commodity forms or ‘looks’ of thingified value, respectively, and ΔM stands for the ‘look’ of surplus thingified value. Thingified value itself is a phenomenon that remains invisible on the empirical surface; it requires a deeper kind of thinking (which may be called phenomenological or socio-ontological or speculative, among other terms) to be brought to light. The medium of thingified value is today the universal Medium of sociation, irreducible to the physical. So much for the pretensions of physics to lay down the laws of movement for ‘everything’. The global law of movement is the limitless valorization, i.e. augmentation and accumulation, of thingified value moving circularly through its intermeshing, complementary forms or ‘looks’ (comprising also labour power, raw materials, products, landed property, interest-bearing capital, investment capital, among others). Thingified value as this ubiquitous Medium of sociation remains invisible to today’s (’evidence-based’) scientific thinking, even in the social science of economics which, properly speaking, can ill afford this blindness.
The Medium seeps everywhere, affecting, for better or worse, every aspect of sociation from intimate privacy to the political to the geopolitical. For example, the modern state struggles to govern its populace within the strictures and constraints of the hitherto unknown, invisible Medium (in its value-forms of taxes, duties, fees, budgets, welfare benefits, environmental protection schemes, etc. etc.). Valorization of the Medium cannot be steered by the capitalist enterprises, nor by the state, nor by anything resembling a world government. Whether and the extent to which the Medium valorizes turns out as a retrospective (not a prospectively foreseen) result of the more or less ruthlessly competitive gainful game. Hence the economists, central banks, investors et al. are all continually waiting for the latest data on how the economy is doing.
Successful valorization is the (unreliable) precondition also for strength in today’s ruthless geopolitical power plays that, more often than not, are over commodity resources ripped from the Earth to feed the Medium’s unceasing valorization. Geopolitical hegemony of a nation requires the Medium’s superior valorization for that nation. And yet political scientists, political analysts, historians, journalists and politicians weighing in on debates over geopolitics have no inkling, let alone knowledge, of the global law of thingified value’s valorization. The same holds true for the social sciences in general.
Further reading: Wolfgang Rindler Relativity: Special, General and Cosmological 2nd. ed. Oxford: Oxford University Press 2006 Chapter 6 Relativistic particle mechanics.
On Human Temporality: Recasting Whoness Da Capo De Gruyter, Berlin 2024.
Capitalocene & The global law of movement.
An Invisible Global Social Value.
Three laws of movement (again).