This is not regular eyewear. This is a restricted optical instrument designed for advanced field analysis, environmental mapping, and ultraviolet band visualization. Originally developed for high-altitude reconnaissance and atmospheric anomaly detection, this system leverages a Dicyanin-A coated lens—built using a rare pre-restriction cyanine compound previously utilized in military-grade infrared photographic emulsions and later adapted for optical enhancement testing in aerospace environments.

Dicyanin-A acts as a selective spectral filter, attenuating the visible light range while amplifying exposure to near-ultraviolet wavelengths (300–400 nm). Under specific environmental thresholds—such as elevated UV index, atmospheric moisture, and thermal differentials—this lens reveals photon occlusion zones and lateral scatter fields at the boundary of biological and material surfaces. These visible edge effects, known as optical penumbras, are a result of real-time UV interaction, not a filter or effect.

In the image showing a hand with a distinct outline, ultraviolet light is being absorbed by the skin, creating a visible boundary where photon flux is interrupted. Scattered UV radiation along this interface forms a luminescent gradient, resulting in a violet-white halo observable only under specific field conditions. This effect has been replicated in both organic subjects and non-biological structures and is most prominent in high-contrast UV-saturated environments.

Each unit is lab-assembled, sealed under inert containment, and packaged with no external identifiers. No labeling referencing “Dicyanin” appears on the shipment exterior. This system is intended for private research and aerospace-adjacent applications only.

Disclaimer: This is not a medical device and is not intended for diagnostic, preventative, or therapeutic use. While some users may report visual phenomena described as “auras,” these observations are subjective and not recognized within the framework of peer-reviewed scientific literature. Any perceived visual phenomena are the result of wavelength filtration and photon contrast effects—not metaphysical energy detection.

Unauthorized duplication, repurposing, or export may be subject to investigation under applicable regulatory statutes.

WARNING:

Do not wear these glasses while driving, biking, flying aircraft, navigating boats, or operating heavy machinery. Lenses may distort depth perception, contrast, or light sensitivity.

Do not use after sundown or at night.

Not recommended for individuals with epilepsy, photosensitivity, or visual disorders. Prolonged use may cause eye strain, disorientation, or visual fatigue.

This product is not a medical device and is not intended to diagnose, treat, cure, or prevent any disease or condition.

Not intended for use by children under 18. Keep out of reach of minors.

These lenses may reduce UV protection or interfere with standard vision correction. Do not use as a replacement for prescription eyewear or safety-rated lenses.

Avoid exposing lenses to extreme heat, direct sunlight for prolonged periods, or abrasive cleaning agents. Clean only with a microfiber cloth and appropriate lens cleaner.

Use at your own risk. The manufacturer assumes no liability for misuse or unintended effects.

⸻

Dicyanin (noun)

Pronunciation: /ˌdaɪ-saɪ-ˈænɪn/

Chemical Classification: Synthetic dye (cyanine class)

Appearance: Deep blue crystalline dye

Origin: Derived from coal tar compounds; developed for spectral sensitization

Definition: A synthetic blue dye first synthesized in the early 20th century for enhancing sensitivity in infrared photographic emulsions. Later studied for its unique filtering properties in ultraviolet and near-infrared optical systems. Banned or restricted in several jurisdictions due to regulatory changes in dye classification.

⸻

Abyss Optics

Perception, Redefined.

You weren’t meant to see this.