platonic elementsBut what are the four (or five) elements that T.S. Eliot was so interested in (see previous post)? The idea that the world is composed of just a handful of basic elements is common to all the great traditions, and in both the Egyptian, Greek and Indian traditions these elements are given the names Earth, Air, Fire, and Water–with the addition of a fifth “subtle” element or “quintessence” sometimes called Aether, the first element in creation. This latter is identified with “space” and may be taken as the substratum of all vibration (or “sound” in the broadest metaphysical sense, thus including what we now call electromagnetic radiation or light).

Plato posited an even more basic level of composition to the universe; particulate or geometrical in nature, rooted in the triangle. A footnote in my book All Things Made New reads as follows: “In the Timaeus, Plato hypothesizes that the elements themselves are made of particles built up from triangles into the forms of the five regular solids. Since the pyramid is the figure with the fewest faces, it must be the most mobile, the sharpest, most penetrating, and lightest. He therefore identifies it as the basic constituent of Fire. Air is composed of octahedrons, Water of icosahedrons. The fifth Platonic solid, the dodecahedron, being the closest in form to the sphere, was associated with the fifth element Aether, the Hindu Akasha, or Space. Though the existence of a too crudely imagined ‘Ether’ as the bearer of electromagnetic waves seemed to have been disproved by Michelson and Morley in 1887, the ancient concept reappeared as Einstein’s notion of a unified space-time continuum. The Platonic elements are basic to our experience of the world. The same can hardly be said of two further ‘states of matter’ recently created in the laboratory by super-refrigeration close to absolute zero, namely Bose-Einstein and fermionic condensates. Symbolically, therefore, the ancient scheme remains intact. “platonic elementsThere are four basic states of matter–solid, liquid, gas, and plasma–and four fundamental forces known to physics–termed weak, strong, electromagnetism, and gravity. Neither of these patterns of four seems to capture the full resonance of the ancient elements. Even so, the four-by-four symmetry of the Standard Model of particle physics is intriguing (the gauge bosons in the pink column are the particles that carry the four fundamental forces), with the Higgs field/ boson playing the role of the mysterious “fifth element”. The comparison is no doubt superficial, and the Standard Model itself may well fail in years to come, but physics remains Platonist in inspiration so long as it seeks to determine the fundamental elements making up the natural world in the simplest and most elegant combination.

The next issue of Second Spring (due out this summer) will be on the theme of faith and science.

Books related to the topic of this article may be found in The Imaginative Conservative Bookstore.

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2 replies to this post
  1. This topic has been in the back of my mind for over a month. I read a comparison of modern science and traditional science by Burckhardt and then started reading whatever I could find on Ancient / Medieval cosmology, physics, medicine, etc. I've read Timaeus, (intros by AE Taylor & B Jowlett) part of a commentary by Proclus, found some stuff online about Ayurveda and Unani, four humors, Galen, Hippocrates etc. Is there anything yo'd recommend as an intro to Traditional / Ancient Physics?

  2. Indeed, I appreciate your interest and share your curiosity, and will post this reply in both places. I have a fairly extensive bibliography in my 'Beauty for Truth's Sake', which is largely about cosmology. I would recommend books by the Catholic physicist Wolfgang Smith (such as 'The Wisdom of Ancient Cosmology') and Seyyed Hossein Nasr (including 'Religion and the Order of Nature'). Go to for a 'Quadrivium' textbook and take a look at their other wares. Michael Schneider's 'A Beginner's Guide to Constructing the Universe' is excellent (see his website of the same name), and if cosmological geometry interests you try John Michell's 'How the World Is Made'. That should do for now!

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