Relational Media in Modern Science: AETHER RECONSIDERED

Few concepts in scientific history have been discarded more thoroughly than the luminiferous ether.  Nineteenth-century physicists proposed that light required a medium through which to travel, much as sound travels through air or water. This hypothetical medium — the ether — was eventually rejected after experiments and theoretical developments, especially Einstein’s theory of relativity, failed to support its existence. In modern science, the luminiferous ether hypothesis is properly regarded as incorrect.

Yet the broader conceptual intuition underlying historical ether theories persisted.  Modern science repeatedly describes reality in terms of fields, fabrics, interaction spaces, energetic landscapes, vacuum structures, probability distributions, and relational media.  Dyadism does not seek to resurrect obsolete ether physics. Instead, it proposes that many modern scientific frameworks already rely upon a broader class of concepts that are functionally aether-like, structured relational media through which coherent phenomena emerge.

Of course, the framework of Dyadism fully acknowleges and accepts the rejection of luminiferous ether.  The Michelson–Morley experiment failed to detect an expected ether wind, Maxwellian electromagnetism proved sufficient without a stationary medium, and Einsteinian relativity demonstrated that light propagation did not require the proposed ether framework.  The failure of the luminiferous ether was therefore an important scientific correction.

That said, it is noteworthy that as the luminiferous ether disappeared from physics, truly empty space largely disappeared with it.  Modern physics increasingly describes apparent emptiness as structured and dynamic.  Examples include:

Quantum Fields -- In quantum field theory, particles are treated as excitations of underlying fields.

Vacuum Fluctuations -- Quantum vacuums exhibit measurable fluctuations and virtual particle activity.

Spacetime Geometry -- General relativity describes gravity not as a force transmitted through emptiness, but as curvature within spacetime itself.

Information Structures -- Modern discussions of entropy, quantum information, and computation increasingly treat information as physically meaningful rather than abstractly detached.

In each case, stable entities appear less isolated than interactionally sustained.

Dyadism uses the term relational media to describe interactional structures through which coherent systems emerge.  A relational medium need not be a material substance, a hidden fluid, or a universal static background.  Instead, it can refer to a structured interactional context enabling recurrent feedback and emergent coherence.

Examples differ dramatically by scale: quantum fields, spacetime geometry, molecular interaction environments, ecological systems, symbolic communication spaces, and social institutions. The commonality is not material sameness, but relational function.

Therefore, Dyadism proposes the concept dyadic aethers, which are locally coherent relational media enabling interaction, feedback, and emergence at specific scales.  The term aether is chosen because, despite its rejection by science -- and frequnt adoption by fantasy -- it still carries a potent implication of empirical mechanism and processual mediation.  Real, empirically observed phenomena emerge from relationships, from what is going on in between interactants.  But what is really there, in between? The answer varies by context, but a common term is needed to apply across contexts, one that will help us understand that the in-between consists of empirical phenomena that serve the same fuction across situations and scales.

Each dyadic aether represents a coherent interaction regime, sustained through feedback, capable of generating emergent structures.  Importantly, higher-order dyadic aethers emerge from lower-order interactional coherence without eliminating the lower levels.

Dyadic aethers are not permanent or globally complete.  They emerge, stabilize, destabilize, and transform.  Transitions between scales therefore represent not merely increases in complexity, but shifts in coherent interaction regimes.  Quantum interactions give rise to relativistic structures. Relativistic structures permit atomic coherence. Atomic coherence enables molecular systems. Molecular systems permit biological emergence.  The pattern is recursive, even fractal.

The dyadic aether concept has proven extremely useful in applying a Dyadic orientation to formal scientific inquiry.  Therefore, it will play a well-earned part in interactionist-oriented scientific discussions.