Retinal stimulation and patterned light
Fractal Optics
Fractal Optics is a disciplined background archive around fractal phototherapy, retinal and ophthalmic stimulation, VR delivery, and the comparator literatures that sit nearby. The important move here is to separate actual intervention evidence from broader fractal aesthetics or neuroscience rhetoric.
Direction
What the project is doing
This line does not treat “fractal” as a vague synonym for complexity. It tracks one much narrower problem: the Russian fractal phototherapy and stereoscopic display line, plus the retinal, lighting, entrainment, and comparator literatures needed to understand what those claims might amount to.
The archive is therefore intentionally bounded. It distinguishes spatial from temporal structure, ophthalmic from broader neurodynamic claims, and direct evidence from adjacent context such as biophilic fractal design, ipRGC lighting, or gamma entrainment. That discipline is the whole point of the project.
Active lanes
- Core fractal-phototherapy papers, patents, and clinical claims
- Retinal and ophthalmic context for disease relevance and mechanism
- Comparator stimulation families: 40 Hz, 60 Hz, heterochromatic flicker, and lighting-design work
- Methods notes on fractal image analysis and temporal-stimulus generation
Connected projects
- Brain Candy for state-shift design and patterned-light translation
- Phenomenological Control for induced-vision comparison and experience framing
- Optical Movement Illusions for a different mechanism-first visual-perception archive
Boundary
What keeps it useful
Fractal Optics matters because it prevents a common collapse. It becomes easy to move too fast from fractal aesthetics, restoration, or broad brain metaphors to claims about retinal stimulation or visual rehabilitation. This project is specifically about not making that jump without evidence.
That is why the repo keeps modality, spatial structure, temporal structure, carrier frequency, and outcome domain separate. It is a background archive first, and only secondarily a speculative design resource.
Current public emphasis
- Mechanism and evidence separation over aesthetic inflation
- Comparator discipline across ophthalmic, lighting, and entrainment lines
- Fractal claims tied to measurable structure, not decorative language
Reference Surface
Current references
These are the main anchors currently defining the Fractal Optics line.
Core fractal-phototherapy and retinal line
- Zueva et al. "Complex-Structured Optical Signals in Early Glaucoma." (2018).
- Zueva et al. "Fractal Phototherapy in Neuroprotection of Glaucoma." (2019).
- Zueva et al. "Fractals in the Diagnosis and Treatment of the Retina and Brain Diseases." Editorial overview (2022).
- Zueva et al. "Fractal Phototherapy in Maximizing Retina and Brain Plasticity." (2024).
- Zueva et al. "Main Results of Human Clinical Trials of the Stereoscopic Display Software." (2025).
Comparators, theory, and methods
- Taylor et al. "Fractal Fluency: Processing of Fractal Stimuli Across Sight, Sound, and Touch." In The Fractal Geometry of the Brain (2024).
- Valter et al. "Photobiomodulation Use in Ophthalmology: An Overview of Translational Research from Bench to Bedside." Frontiers in Ophthalmology (2024).
- Karperien et al. "Box-Counting Fractal Analysis: A Primer for the Clinician." (2024).
- Hewitt et al. "Stroboscopically Induced Visual Hallucinations: Historical, Phenomenological, and Neurobiological Perspectives." Neuroscience of Consciousness (2025).
- Amaya, Nierhaus, and Schmidt. "Thalamocortical Interactions Reflecting the Intensity of Flicker Light-Induced Visual Hallucinatory Phenomena." Network Neuroscience (2025).