The Verg Media Matrix (VMM)

A photograph is evidence of an image—not yet its cause

The Verg Media Matrix is a dedicated framework for UFO/UAP photographs, film and video. Where the Verg Credibility Matrix (VCM) examines a wider case and the Verg Abduction Matrix (VAM) examines reported abduction experiences, VMM follows the media itself: its origin, capture process, physical or digital integrity, and what it can actually resolve.

Micha Verg’s lifelong photographic experience includes pre-digital color and infrared film and hand processing. That practical background shapes the questions here: what happened in the camera, on the emulsion, in the darkroom, and during later copying? First-hand knowledge of a workflow is valuable documentation; it is not a substitute for independent examination.

Method in development. VMM is a proposed research framework, not a validated forensic instrument or an active AI scoring service. Criteria, weighting and review standards are not finalized. No numerical VMM scores have been issued.

Two independent assessments

These would be independent evaluative scores, not statistical probabilities, and need not add to 100%. Weakness in one explanation does not prove non-human origin. Missing originals create uncertainty, not an automatic zero; a visually impressive image is not automatically strong evidence.

The record before the verdict

• Provenance and custody: identify the photographer, capture date and location, earliest publication, original medium, ownership history and every known copying step. Separate contemporary records from later recollections.
• Capture conditions: record camera, lens, focus, exposure, film stock or sensor, filters, viewpoint, weather and lighting where known. Mark unknown settings explicitly.
• Original versus derivative: distinguish a negative, transparency, original file or continuous film from a print, scan, crop, screenshot or compressed upload. A scan’s metadata describes the scan, not necessarily the historical exposure.
• Optical and scene consistency: examine perspective, relative size, shadows, reflections, depth of field, motion blur and lens artifacts. A single image usually cannot establish distance, size or speed without independent reference information.
• Corroboration: compare adjacent exposures, independent viewpoints and contemporaneous accounts. Repeated copies of one source are not independent evidence.

Color film, infrared and the darkroom

Analog media needs its own examination—not a digital-editing checklist applied to a scan. An original negative or transparency, its edges and adjacent frames can provide information that a published crop cannot.

• Emulsion and exposure: examine grain, scratches, dust, light leaks, static marks, double exposures and possible printing interventions. A mark on film is not necessarily an object in the scene.
• Hand processing: preserve notes on chemistry, temperature, development time, agitation, washing, drying and storage. Consider uneven development, contamination, reticulation and color shifts without assuming any one caused the image.
• Infrared capture: establish the film’s spectral sensitivity, filter, lens transmission, exposure and any required focus compensation. Different materials can look unexpectedly bright or dark in infrared; false-color rendering is not the scene’s visible color.
• Matched records: compare color and infrared photographs only with their timing, viewpoint, filters and exposure differences documented. A discrepancy alone does not demonstrate an invisible craft.
• Scanning: retain an unmodified high-resolution scan, document scanner settings and keep dust removal, sharpening and color correction separate from the preservation master. Physical examination should be non-destructive.

From sensor to screen

• Digital files: preserve original camera files and available RAW data, metadata and edit history. Metadata may be missing or altered; its presence is not proof of authenticity.
• Processing artifacts: consider compression, sharpening, denoising, computational photography, rolling shutter and resampling before attributing unusual outlines or motion to the subject.
• Film and video continuity: review the full sequence, frame rate, shutter behavior, camera movement, stabilization, edits and audio context. A film still cannot support the same motion claims as its complete sequence.
• Synthetic or altered content: examine compositing and generated imagery using documented methods. Detector outputs and visual impressions alone are not reliable verdicts.
• Enhancement boundaries: publish processing steps beside comparisons to the original. AI upscaling can invent detail; enhanced pixels are not recovered evidence.

A transparent review, not a mystery number

1. Define the exact media claim and collect the best available original with permission.
2. Record provenance, missing material and capture or processing information before interpretation.
3. Test named explanations against the same evidence, using reproducible comparisons where possible.
4. Obtain independent review and record disagreement, limitations and conflicts of interest—including curator-owned photographs.
5. Publish the rationale, sources, reviewer, review date and method version alongside any eventual scores; retain a revision history when evidence changes.

On the photograph archive, VMM: (Verg Media Matrix): Pending means that no assessment has been issued. It is neither a favorable verdict nor a rejection. Future reviews must distinguish insufficient evidence from evidence of alteration and from a well-supported conventional explanation.

VMM can inform a wider VCM or VAM case review, but the matrices answer different questions. A film still and its parent recording should share provenance rather than be counted as separate corroboration.