Lead Licensing Platform
TheraLens™: Passive Tunable Optics Powered by Light
TheraLens is a patent-protected optical platform designed to transform selected portions of ambient sunlight, artificial light, and display light into targeted wavelength outputs — without requiring a conventional powered light-therapy device.
How It Works
From Passive Filtering to Active Optical Function
Conventional lenses primarily block, absorb, reflect, or transmit light. TheraLens is designed to add another capability: converting selected input wavelengths into targeted output wavelengths that can support new optical, wellness, vision, cosmetic, and performance applications.
Ambient Light Input
Sunlight, indoor light, or display-generated light reaches the optical surface.
TheraLens Conversion Layer
A thin film, coating, polymer, or optical layer containing selected wavelength-conversion materials transforms portions of the incoming spectrum.
Tuned Optical Output
The lens or optical product produces a selected output profile for the intended application.
Applications
Potential Application Areas
Vision Wellness
TheraLens configurations may be tuned around deep-red wavelengths studied for retinal mitochondrial and visual-wellness applications.
Periocular and Cosmetic Wellness
Selected red and deep-red wavelength configurations may support future cosmetic-wellness eyewear concepts focused on the skin surrounding the eyes.
Post-Procedure Research and Development
TheraLens may support research into passive optical products intended for use during recovery following ophthalmic or periocular procedures.
Smart Glasses and AR/VR
TheraLens can potentially be incorporated into smart-glasses lenses, optical films, waveguide-related structures, frames, and other wearable optical systems.
Sunglasses, Readers, and Prescription Lenses
Potential product formats include sunglasses, plano lenses, readers, prescription lenses, goggles, clip-ons, and premium optical accessories.
Displays and Transportation
The platform may also be adapted for display films, windows, windshields, sunroofs, and other transparent or semi-transparent surfaces.
Integration
Multiple Paths to Commercial Integration
TheraLens is being developed for compatibility with existing optical technologies, including blue-light filtration, antireflective coatings, photochromics, polarization, and other established lens functions.
Film or Laminate Integration
- —Potentially the fastest development path
- —Surface-applied or laminated structure
- —Applicable to sunglasses, readers, smart eyewear, displays, and glass
Coating Integration
- —Potential compatibility with hard-coat, top-coat, and antireflective stacks
- —Thin-layer wavelength-conversion materials
- —Designed to preserve clarity and optical performance
Lens Material Integration
- —Potential integration into polycarbonate, CR-39, high-index materials, and other polymers
- —Full-lens functionality
- —Tunable spectral performance
A New Differentiation Platform for the Eyewear Industry
TheraLens may enable manufacturers and brands to move beyond conventional protection and vision correction by adding new optical functionality to products consumers already wear. SunInLyf is seeking selected development partners, founding licensees, materials partners, and strategic investors.
Discuss TheraLens Partnership Opportunities