Further AMS Use Cases

Entropy, the Arrow of Time, and Why “NOW” Exists (AMS framing)


## 1) Entropy in AMS terms

Entropy is the tendency for AMS tension to redistribute from:

- coherent / low-configuration-count modes (ordered, usable gradients)

to

- incoherent / high-configuration-count modes (chaotic micro-torsion, heat-like behaviour)


In plain terms: the AMS has vastly more ways to be “jiggly and smeared out” than “neatly biased and structured.”


## 2) The Arrow of Time

The “arrow” is the directional bias that:

- coherent AMS gradients (usable configurations) tend to decay into incoherent micro-torsion,

because the latter has overwhelmingly more accessible microstates.


So “future” is the direction in which:

- structured gradients get spent,

- correlations decohere,

- and recoverable “work-capacity” becomes unrecoverable (as heat-like AMS motion).


## 3) Why irreversibility appears even if underlying rules are reversible

Even if the micro-rules of AMS dynamics were symmetric, macroscopic irreversibility appears because:

- re-concentrating dispersed micro-torsion into a single neat gradient requires exquisite coordination across huge numbers of degrees of freedom,

which is extraordinarily unlikely without an external constraint.


## 4) Why NOW exists at all

“NOW” is not a metaphysical bead on a timeline; it is:

- the local boundary of causal update in the AMS.


Because:

- changes propagate through the AMS at finite speed,

each location has a “currently settled” configuration plus incoming influences not yet integrated.


So “NOW” is the local state:

- after the last integrated substrate updates,

- before the next arriving updates are absorbed.


In this framing:

- Past = integrated AMS history encoded in present structure.

- Future = not-yet-integrated influences (open possibilities), constrained by present AMS geometry and boundary conditions.


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