Latency Between Physical Input and Somatic Response
Latency introduces delay between input and response, altering load timing within the system.
1. Input as Load Initiation
Physical input introduces load into the system. This may occur through:
- force application
- movement initiation
- external contact
Input defines the starting point of load entry.
2. Response as Load Adjustment
Somatic response adjusts to the incoming load.
In immediate response:
- load is absorbed
- distribution begins
- alignment adapts
The system maintains continuity between input and adjustment.
3. Latency as Temporal Gap
Latency creates a gap between input and response.
Within this gap:
- load remains unprocessed
- adjustment is delayed
- alignment lags behind input
The system operates out of sync with incoming load.
4. Load Misalignment
Due to latency:
- load arrives before preparation
- distribution becomes uneven
- structures absorb unanticipated force
The system compensates after the fact, not during transition.
5. Stability Impact
Latency reduces stability by disrupting timing alignment.
The system exhibits:
- delayed corrections
- inconsistent load handling
- increased variability
Timing coherence is reduced.
Summary
Latency between physical input and somatic response creates a delay in load adjustment, leading to misalignment and uneven distribution.
Where response lags behind input, stability declines due to disrupted timing.