Touch

Entry 0001 · Sensory Systems

Touch

Entry 0001 · Sensory Systems

~17,000 cm²

active receptor surface (standard adult unit, pre-augmentation)

0.03 s

avg. latency to oxytocin release, first contact event

Infinate

theoretical bonding capacity

~17,000 cm²

active receptor surface (standard adult unit, pre-augmentation)

0.03 s

avg. latency to oxytocin release, first contact event

Infinate

theoretical bonding capacity

Definition

[ 1 ]

Definition

[ 1 ]

Touch is a pre-installed, non-configurable, biological sensory protocol embedded across the full exterior surface of the standard human body unit. It operates without user input, cannot be toggled, paused, or filtered, and was, for several hundred thousand years, considered a feature rather than a defect.

Touch enabled information exchange between biological units via direct physical membrane contact. Unlike contemporary peer-to-peer data transfer, this protocol transmitted no structured packets, carried no verifiable metadata, and offered zero encryption. Despite these considerable technical limitations, embodied users reported it as irreplaceable. This claim has not been formally disproved.

[ Hands - typical touch instigator on standard human body unit ]

Active Compounds

[ 2 ]

Released Upon Deployment

Active Compounds

[ 2 ]

Released Upon Deployment

Oxytocin

Cortisol (reduction)

Serotonin

Endorphins

Delivery Formats

[ 4 ]

Delivery Formats

[ 4 ]

Touch was available in several validated delivery configurations, each associated with distinct biochemical outcomes and social encoding:

Embrace

Hand contact

Caress

Incidental

Touch was available in several validated delivery configurations, each associated with distinct biochemical outcomes and social encoding:

Embrace

Hand contact

Caress

Incidental

Instructions for Use

[ 5 ]

[ 1 ]

Ensure both biological units are present in the same physical coordinates.

[ 2 ]

Initiate contact via one of the approved delivery formats listed in Section 04.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 3 ]

Maintain contact for a minimum of 20 seconds to enable full oxytocin release cycle completion.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 4 ]

Do not simultaneously process notifications, broadcast feeds, or parallel communication streams during deployment. Touch coperates on undivided biological attention. It was not designed for multitasking environments and performed poorly in them.

[ 5 ]

Repeat regularly. The protocol does not accumulate. There is no storage mechanism. Each instance must be re-initiated.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 6 ]

Repeat regularly. The protocol does not accumulate. There is no storage mechanism. Each instance must be re-initiated.

Instructions for Use

[ 5 ]

[ 1 ]

Ensure both biological units are present in the same physical coordinates.

[ 2 ]

Initiate contact via one of the approved delivery formats listed in Section 04.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 3 ]

Maintain contact for a minimum of 20 seconds to enable full oxytocin release cycle completion.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 4 ]

Do not simultaneously process notifications, broadcast feeds, or parallel communication streams during deployment. Touch coperates on undivided biological attention. It was not designed for multitasking environments and performed poorly in them.

[ 5 ]

Repeat regularly. The protocol does not accumulate. There is no storage mechanism. Each instance must be re-initiated.

Note:

The protocol cannot be scheduled in advance with predictable emotional outcomes. Attempt it anyway.

[ 6 ]

Repeat regularly. The protocol does not accumulate. There is no storage mechanism. Each instance must be re-initiated.

Field Notes

[ 6 ]

Compatibility & Known Conflicts

Compatible with

Incompatible with

Known conflict

Storage Conditions

Touch cannot be stored. It is not a substance. It does not persist after the moment of deployment. It exists only in the interval between two bodies making contact, and ceases entirely when that contact ends.

Shelf Life

Single deployment

Seconds to minutes. Irreproducible.

Neurological impact

Decades. Possibly permanent. Memory traces of specific touch events (maternal, romantic, grief-related) were documented in subjects 70+ years post-event.

Field Notes

[ 6 ]

Compatibility & Known Conflicts

Compatible with

Incompatible with

Known conflict

Storage Conditions

Touch cannot be stored. It is not a substance. It does not persist after the moment of deployment. It exists only in the interval between two bodies making contact, and ceases entirely when that contact ends.

Shelf Life

Single deployment

Seconds to minutes. Irreproducible.

Neurological impact

Decades. Possibly permanent. Memory traces of specific touch events (maternal, romantic, grief-related) were documented in subjects 70+ years post-event.

Entry sources