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Evaluative Monitoring and Access to Intense Positive Affect

The Minimal Z-Reduction Task

Author: Florian Morin
Year: 2026
Type: Protocol
Version: June, 14, 2026

Version history

June 14, 2026: current version

v2.0.3.1: Minor corrections

v1.0: Initial release.

Abstract

The Minimal Z-Reduction Task (M-ZRT) is a minimal monitoring-disruption probe designed to test a falsifiable prediction: access to a distinct positive affect regime ("ease") may occur through threshold-like transitions when evaluative monitoring and micro-optimization processes are sufficiently destabilized.

Main Claim

Strong and stable joy exists as a baseline very early in life, but becomes progressively blocked by a monitoring process. If entry happens once, the state becomes the baseline again. Therefore, the task asks to curb self-pursuit, monitoring, and next action certainty.

Count as "joy": Lasting increased olfaction, increased visual vividness, chest pleasure reacting to prediction errors and small visuals, and sudden stronger reaction to music. Out-of-task generalization after 48h.

Targetting a Few Components of Cognitive Rigidity

The task is about allowing non-instrumental moves to occur in a session and therefore in a day. The aim is to allow a more permissive configuration to emerge, instead of being stuck forever into the same administrative, task-oriented one.

Conceptual role

M-ZRT operationalizes the entry conditions proposed in the broader ease framework. Rather than amplifying reward, the task targets performance monitoring. The central hypothesis is that monitoring acts primarily as an access constraint during regime entry.

Predicted transition signature

A valid M-zrt effect is defined by a discontinuity signature: