US 2021/0108136 A1 · Coherent Poly Propagation Materials with 3-Dimensional Photonic Control Over Visible Light

Abstract

Nano-silicates are the template for photonic control materials with research for a material allowing three-dimensional (3-d) photonic control ongoing for years. This author discovered a material that physically enables 3-d photonic control over the visible spectrum via the previously unidentified property of coherent poly propagation (CPP). CPP allows actualized 3-d photonic demultiplexing in several precious opal nano-silicate specimens. This is a working material that accurately demultiplexes, up/downconverts and propagates the shapes of several types of mono and polychromatic incident light sources. This material is a durable 3-d demultiplexing photonic waveguide that works without cables. The propagated shapes are able to be manually moved across the 3-d specimen surfaces. Other, previously unknown, properties displayed by this material: spectrophotometric and polariscopic play-of-color, plus photonic rotational symmetry. This material is environmentally friendly, in that it emits no beta or alpha particles, performs at ambient temperatures/pressures and is made of commonly available silica.

Claims7

Dependent claims

Coherent Poly Propagation (CPP)

Materials, devices and/or concepts regarding the application of one or more of the photonic properties and/or their applications, relative to any of the above criteria, including (jointly and/or severably as interpreted in the most broad manners for the protection of this patent applicant):

security, communications, cryptography, imaging, projections, defense, computers, photonic waveguide, 3-d photonic control, microscopy, fiber optics, photonic demultiplexing and/or other related concepts, materials, applications and/or developments, including, but not limited to:
Security, communications, cryptography and/or imaging such as:
materials and/or systems that may affect and/or enable multiple simultaneous wavelength transmissions (simulpathing) of tamper sensitive data, non-repudiation through selective wavelength masking and/or water-marking of image transmissions by adding or deleting specific wavelengths.
Projections and/or defense, such as:
materials and/or systems that may affect and/or enable the creation of real-time false ghost projections of valuable assets, such as:
military planes in-flight, drones, ground-based and/or other assets.
Computers, photonic waveguides and/or 3-d photonic control as may affect and/or enable simultaneous calculation/verification of critical data in a multi-optical processor environment, loosely corresponding to a photonic version of the multi-electron-based processor systems currently deployed and/or developments and/or using the rotational symmetry operation to generate a photonic equivalent of zero/one and/or on/off signals.
Microscopy as may affect and/or enable real-time simultaneous imaging over multiple wavelengths without the time-delay and/or computational vulnerability of current image processing and/or other related concepts, materials, applications or developments.
Fiber optics as may affect and/or enable photonic demultiplexing, multi-cast capable fiber switches, router-type devices and/or rotational shifting of transmitted fiber optic data with wavelength alteration
And/or other related concepts, materials, applications or developments.

7 more elements

Dependencies are inferred from the claim text.

Coherent Poly Propagation Materials with 3-Dimensional Photonic Control Over Visible Light

Life of this patent

Coherent Poly Propagation Materials with 3-Dimensional Photonic Control Over Visible Light

Life of this patent

Abstract

Claims7