Advanced Bandgap Solutions

We specialize in generating extensive bandgap datasets and developing innovative photonic structures for advanced applications.

Innovative Design Tools

Utilizing adversarial training to create compliant designs based on Mie theory for optimal performance.

A hand holds a circular polarizing filter against a continuous gradient of blue light. The background features a smooth, abstract blue form that appears to be a glass or plastic structure with reflective surfaces and gentle curves.
A hand holds a circular polarizing filter against a continuous gradient of blue light. The background features a smooth, abstract blue form that appears to be a glass or plastic structure with reflective surfaces and gentle curves.
Precision Fabrication Services

Fabricating silicon photonic chips for accurate bandgap measurements and rapid reconfiguration testing.

Integrating APIs for seamless electromagnetic token encoding and interfacing with Lumerical simulation tools.

API Integration Solutions
A futuristic digital design featuring glowing green lines and squares arranged symmetrically, creating a tunnel-like effect with a sense of depth and perspective.
A futuristic digital design featuring glowing green lines and squares arranged symmetrically, creating a tunnel-like effect with a sense of depth and perspective.
A geometric design featuring a circular pattern with alternating dark and light rays extending outward from the center. The composition includes contrasting textures and shades, divided by a diagonal structure casting a shadow across part of the pattern.
A geometric design featuring a circular pattern with alternating dark and light rays extending outward from the center. The composition includes contrasting textures and shades, divided by a diagonal structure casting a shadow across part of the pattern.

Bandgap Datasets

Creating extensive datasets for bandgap analysis using RCWA techniques.

A pattern of square chips arranged in a grid, each featuring a prominent blue center surrounded by a greenish-brown circuit-like design. The lighting emphasizes the central area, creating a vignette effect around the edges.
A pattern of square chips arranged in a grid, each featuring a prominent blue center surrounded by a greenish-brown circuit-like design. The lighting emphasizes the central area, creating a vignette effect around the edges.
Graph Modeling

Developing structure-bandgap graphs with nodes representing dielectric units effectively.

A geometric landscape design featuring a mix of materials, including a triangular patch of green grass, gravel, and white pavement. The area is bordered by a low fence, and several small trees are planted in the grass. Red lamp posts provide a pop of color against the neutral tones.
A geometric landscape design featuring a mix of materials, including a triangular patch of green grass, gravel, and white pavement. The area is bordered by a low fence, and several small trees are planted in the grass. Red lamp posts provide a pop of color against the neutral tones.
Adversarial Training

Utilizing generator and discriminator models to ensure Mie theory compliance in designs.

Innovation

Creating advanced datasets for photonic design solutions.

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