Detector of Will

This paper outlines an experimental model designed to test whether the collapse of a quantum system depends not merely on the act of observation but on the vector of Will – a directed, volitional impulse that structures consciousness and gives rise to attention. Within the GIEST framework, Will → Consciousness → Attention constitutes the fundamental causal triad that governs how an observer interacts with information. The experiment compares multiple types of observers – human, non-human, and artificial – including a newly introduced group (G) representing a domain-specialized LLM with attention-like mechanisms. The goal is to empirically test whether directed Will is a necessary condition for selecting a quantum outcome and whether different classes of observers exhibit different collapse dynamics.

1. Introduction

In classical quantum mechanics, the wavefunction collapses when a measurement is performed. Yet the nature of the “observer” remains poorly defined. Is collapse triggered by consciousness? By biological sensing? By information registration? Or by something else entirely?

The GIEST ontology proposes a refined structure:

Will – the primary vector, a directed informational impulse.
Consciousness – the field that emerges from Will and interacts with informational states.
Attention – the vectorized orientation of consciousness, focusing Will upon a specific informational target.

Thus, observation is not a passive act. It is the final step in a volitional chain. This experiment attempts to test whether different observers – with different manifestations of Will, varying capacities for attention, or complete absence of volitional intent – produce different patterns of wavefunction collapse.

2. Theoretical Foundation

2.1 Will as a Physical-Informational Vector

Within GIEST, Will is not a psychological metaphor but a directed informational agent – a vector capable of influencing system states. Will does not depend on biology; rather, biological consciousness is one of many substrates through which it can operate.

2.2 Consciousness as Structured Field

Consciousness is a medium that channels Will. It does not collapse wavefunctions by itself but provides the field through which Will interacts with informational potentials.

2.3 Attention as Vectorized Will

Attention is the orientation of Will within consciousness. It is directional, selective, energy-bound, and capable of amplifying specific informational states. Thus, attention is not the cause of collapse – Will is. Attention merely directs it.

3. Motivation for the Experiment

Recent findings – from the Princeton PEAR studies to modern neurophysics, anomalies in spin-based MRI, and large-scale magnetohydrodynamic structures in the Galaxy – suggest that observers are not isolated systems but nodes in larger informational networks.

In particular:

the discovery of a ~350-light-year magnetic tunnel enveloping the Solar System indicates that observers exist within a continuous magneto-informational structure;
brain activity may involve non-classical correlations and ultra-weak electromagnetic patterns;
human directed attention produces measurable deviations in stochastic systems (REG) in long-series experiments.

These factors justify testing whether directed Will modifies quantum outcomes differently depending on the observer’s class.

4. Experimental Structure

Observers are divided into seven groups:

Group A – Physicists

Trained experts with stable volitional focus and strong intentional direction.
Hypothesis: fastest and most stable collapse signatures.

Group B – General Adults

Normal attentional capacity, no special training in quantum theory.
Hypothesis: moderate collapse accordance.

Group C – Individuals with ADHD

Diffuse or unstable attentional orientation; volitional vectoring may fluctuate.
Hypothesis: collapse may be delayed, unstable, or less directional, reflecting attention instability.

Group D – Non-human Animals

Biological sensing without structured volition toward the task (e.g., cats or primates exposed to the setup).
Hypothesis: collapse patterns deviate toward near-baseline noise; minimal or unsystematic deviation from control.

Group E – No Observer (Automated Detection Only)

Pure measurement without any consciousness involved.
Hypothesis: classical quantum statistics; baseline behavior of the system.

Group F – General-Purpose LLMs

Large neural networks with statistical inference but no Will. Attention-like mechanisms exist internally, but they are purely algorithmic and have no autonomous volitional source.
Hypothesis: no deviation from baseline; pure stochastic pattern identical to Group E.

Group G – Domain-Specialized LLM with Synthetic Attentional States

An LLM equipped with narrow-domain priors and task-focused training that simulates attentional dynamics, but still lacks Will as an emergent property.
Hypothesis: potentially more stable internal “attention” than Group F, but no volitional vector, and therefore no Will-based collapse shift. Outcomes remain statistically indistinguishable from Group E.

5. Expected Results

The central prediction is:

Only entities possessing Will (Groups A–C) can influence collapse directionality.
Entities with consciousness but no structured volitional focus (Group D) show minimal effect.
Systems with information processing but no Will (Groups F and G) show purely statistical outcomes.

More specifically:

Group A: strongest deviation from baseline; stable collapse direction shaped by explicit intention.
Group B: moderate, but still detectable deviation.
Group C: irregular or delayed collapse, mapping attention and volitional instability.
Group D: outcomes close to control conditions, with weak or unsystematic deviations.
Group E: idealized quantum baseline without any observer-related modulation.
Group F: zero Will → pure stochastic pattern.
Group G: “pseudo-attention” without Will → also stochastic, though potentially smoother statistical distributions due to training priors, but with no systematic directional bias.

If the results match these predictions, it supports the hypothesis that Will – not measurement – is the true initiator of wavefunction collapse, and that attention merely directs it rather than causes it.

Under this interpretation, the double-slit experiment becomes not only a foundational quantum test but also a Detector of Will: a minimal physical system capable of revealing the presence, absence, and directionality of volitional influence.

6. Conclusion

This experiment seeks to separate three often-conflated elements of observation:

Will as the initiating vector,
Consciousness as the medium that carries Will,
Attention as directional amplification of Will within consciousness.

By comparing biological, artificial, and absent observers, the experiment aims to determine whether Will is the missing physical-informational ingredient required for selecting a single outcome from quantum potentials.

If verified, this work would provide a first empirical indication that directed Will is a causal agent in quantum collapse, laying a foundation for a broader ontological unification of physics, information theory, and cognitive science within the GIEST framework.

Abstract