PMA Core Experimental Practices

Photonic & Ionic Environmental Information Testing Protocols

Framework Draft by Paul Abner

The Paranormal Mechanism Analyst (PMA) does not investigate the paranormal through assumption, belief, or spectacle.

The PMA investigates environmental interaction systems.

At the center of PMA methodology is one guiding principle:

If anomalous phenomena interact with the physical world, then those interactions should produce measurable environmental effects.

The purpose of PMA experimentation is not to “prove ghosts.”
It is to identify whether unusual environmental informational interactions occur under repeatable conditions involving:

photons,
ions,
electromagnetic fields,
atmospheric variables,
and human perception systems.

The following practices establish the foundational experimental framework of the PMA discipline.

I. Baseline Environmental Calibration

Before any testing begins, the PMA must establish a control baseline for the environment.

Record:

Ambient temperature
Humidity
Barometric pressure
Electromagnetic field levels
Atmospheric ion concentration
Light spectrum conditions
Geomagnetic activity
Ambient sound floor

Purpose:

The PMA studies deviation from baseline—not isolated moments.

II. Multi-Spectrum Photonic Observation

The PMA investigates whether environmental anomalies correlate with specific light domains outside normal human perception.

Experimental Practice:

Simultaneously monitor:

visible light,
near infrared (NIR),
far infrared/thermal radiation,
ultraviolet fluorescence response,
and polarized light behavior.

Key Questions:

Do anomalies appear consistently in one spectrum but not another?
Do thermal gradients correlate with ionic fluctuations?
Does polarized light reveal structural distortions invisible under standard imaging?
Does UV excitation produce abnormal delayed fluorescence in target environments?

PMA Principle:

Human eyesight is biologically limited.
Mechanical detection systems may register environmental interactions beyond conscious perception thresholds.

III. Low-Photon Environment Testing

The PMA recognizes that photonic noise may interfere with subtle environmental detection.

Experimental Practice:

Conduct controlled observation sessions under:

minimal ambient light,
controlled exposure settings,
stabilized camera sensitivity,
and synchronized thermal monitoring.

Purpose:

Low-photon environments increase:

thermal contrast sensitivity,
sensor amplification,
subtle electromagnetic artifact visibility,
and atmospheric scattering detectability.

Key Question:

Do environmental informational anomalies become more detectable when dominant photonic interference decreases?

IV. Ionic Density & Atmospheric Interaction Monitoring

The PMA studies whether atmospheric ionic behavior correlates with reported anomalous activity.

Experimental Practice:

Continuously monitor:

positive ion concentration,
negative ion concentration,
electrostatic fluctuation,
humidity variation,
and airflow patterns.

Key Questions:

Do ion concentrations shift before environmental anomalies occur?
Do atmospheric conditions influence reported emotional responses?
Are certain architectural spaces more conducive to ionic accumulation or discharge?

PMA Principle:

Environmental charge systems may influence both human perception and mechanical detection behavior.

V. Polarization & Coherent Light Analysis

The PMA investigates whether structured environmental disturbances influence coherent light behavior.

Experimental Practice:

Use:

polarized filters,
laser grids,
coherent beam projection,
and atmospheric scatter analysis.

Observe:

beam distortion,
scatter irregularities,
interference pattern disruption,
and transient refractive behavior.

Key Questions:

Do anomalous environments alter coherent light pathways?
Are disruptions random or spatially consistent?
Do polarized anomalies correlate with electromagnetic fluctuation zones?

VI. Environmental Information Correlation

The PMA does not treat anomalies as isolated events.

All environmental variables must be synchronized and cross-referenced.

Correlate:

photonic anomalies,
thermal changes,
ionic shifts,
audio irregularities,
electromagnetic fluctuation,
atmospheric changes,
and subjective human responses.

Purpose:

A single unexplained event proves nothing.

Repeated multi-variable correlation establishes investigatory value.

VII. Human Perception Documentation

The PMA recognizes that biological perception is itself an environmental sensor system.

Document:

sudden emotional changes,
pressure sensations,
dizziness,
anxiety,
calmness,
temperature perception,
spatial disorientation,
and instinctive reactions.

No anomaly can be responsibly identified unless normal environmental behavior is first documented.

PMA Principle:

The human nervous system may respond to subtle environmental changes before instruments fully register them.

However:
subjective experience alone is never treated as proof.

It is treated as a variable.

VIII. Replication & Skeptical Validation

The PMA rejects conclusions that cannot survive repetition.

Experimental Standard:

Repeat tests under similar conditions
Attempt environmental reproduction
Eliminate contamination variables
Test equipment failure possibilities
Seek conventional explanations first

PMA Principle:

Skepticism is not opposition to discovery.

It is the filter that protects discovery from illusion.

IX. The Central PMA Hypothesis

The PMA framework explores whether:

environments saturated with repeated biological and electromagnetic activity,
interacting through photonic and ionic systems,
may temporarily preserve or re-express structured informational patterns under specific environmental conditions.

This remains theoretical.

The PMA does not claim certainty.

The PMA investigates possibility through mechanism.

Final PMA Statement

Traditional paranormal investigation asks:

“Did we witness something supernatural?”

The PMA asks a different question entirely:

“What environmental processes may be interacting with human and mechanical perception systems in ways we do not yet fully understand?”

That distinction changes everything.

Because if anomalous phenomena exist,
they do not exist outside nature.

They exist somewhere within its undiscovered interactions.