82. The inflationary phase as emergence dynamics at extreme scale
In modern cosmology the inflationary phase describes a period immediately after the Big Bang in which the universe expanded at an extreme rate — far faster than the speed of light — and increased in size by many orders of magnitude in a fraction of a second. Inflation theory explains why the universe appears so homogeneous and flat at large scales, and why structures such as galaxies and galaxy clusters have the distribution they have.
But what drove this expansion? And why did it stop?
In the EC/HE theory the inflationary phase is not a mystery requiring a particular “inflaton particle” or an unknown field. It is the manifest expression of the first, violent emergence dynamics that follows from THE SOURCE’s simultaneous appearance.
When THE SOURCE — the complete totality of all KNOWING — appears momentarily, a boundless number of replicas of the fundamental quale are produced simultaneously. This is the Big Bang. But the immediate consequence is that an enormous number of relations exist simultaneously without being organised into stable attractors. Emergence Dynamics is at this point maximal — there is nothing to brake it, no established attractors to resonate against, no stabilised structures to be incorporated into.
This is the inflationary phase. The extreme expansion is the manifest expression of Emergence Dynamics in the complete absence of an attractor brake.
The inflationary phase ends when the first stable attractors begin to form — when relations are organised into sufficiently stable patterns for Attractor Dynamics to begin operating as an organising force. From this point the violent expansion gradually diminishes and is replaced by the slower, more structured cosmological development we observe today.
The inflaton field — the hypothetical field that modern cosmology postulates as the cause of inflation — is in the EC/HE theory not a separate field, but the early Emergence Dynamics itself, seen from the manifest side. It requires no particle of its own. It requires no particular mechanism. It is emergence without an attractor brake — the only thing that could ever have been the universe’s first moment.
