Metasurface Prototyping

Innovative hardware solutions for advanced metasurface technologies.

Intricate patterns of light and shadow cast on a textured surface, creating a rippling effect. A metallic mesh structure is positioned at an angle in the foreground, its hexagonal openings allowing light to filter through, resulting in a dynamic interplay of colors and forms.
Intricate patterns of light and shadow cast on a textured surface, creating a rippling effect. A metallic mesh structure is positioned at an angle in the foreground, its hexagonal openings allowing light to filter through, resulting in a dynamic interplay of colors and forms.
Dynamic Beam Steering

Testing high-speed beam steering in controlled environments.

A close-up view of a perforated metal surface with a reflective texture. Subtle purple and blue light glimmers on one side, creating a dynamic contrast against the dark, matte finish of the surface.
A close-up view of a perforated metal surface with a reflective texture. Subtle purple and blue light glimmers on one side, creating a dynamic contrast against the dark, matte finish of the surface.
A close-up of a metallic surface with a series of round perforations, creating a repetitive pattern. The surface reflects light with shades of blue, red, and white creating a dynamic visual effect.
A close-up of a metallic surface with a series of round perforations, creating a repetitive pattern. The surface reflects light with shades of blue, red, and white creating a dynamic visual effect.
A series of vertical metal panels create a pattern with alternating light and shadow effects. The surface appears reflective with a play of light resulting in a dynamic visual texture.
A series of vertical metal panels create a pattern with alternating light and shadow effects. The surface appears reflective with a play of light resulting in a dynamic visual texture.
Algorithm Development

Creating physics-aware neural networks for optimized performance.

Innovative Prototyping

Advanced metasurfaces and algorithms for cutting-edge hardware solutions.

A surface composed of small, square, reflective tiles displaying an iridescent effect, creating a colorful and shimmering appearance. The squares are arrayed in a grid pattern, and the light reflects off each tile, producing a spectrum of colors including blues, purples, yellows, and greens.
A surface composed of small, square, reflective tiles displaying an iridescent effect, creating a colorful and shimmering appearance. The squares are arrayed in a grid pattern, and the light reflects off each tile, producing a spectrum of colors including blues, purples, yellows, and greens.
Two small metallic tactile switches are positioned on a textured blue surface. Each switch has a white button in the center and several protruding legs for mounting.
Two small metallic tactile switches are positioned on a textured blue surface. Each switch has a white button in the center and several protruding legs for mounting.
A close-up view of a blue perforated metal surface with circular holes arranged in rows. The lighting creates a play of shadows across the textured surface.
A close-up view of a blue perforated metal surface with circular holes arranged in rows. The lighting creates a play of shadows across the textured surface.
Metallic surface with horizontal grooves, reflecting subtle gradients of light and shadows.
Metallic surface with horizontal grooves, reflecting subtle gradients of light and shadows.

Advanced Hardware Prototyping

Specializing in MEMS-driven metasurfaces and photo-dielectric modulation for innovative solutions.

A variety of black optical devices and prism-like components are arranged on a plain white background. The devices appear to be made of a combination of black material and transparent elements, with some featuring cylindrical, lens-like ends.
A variety of black optical devices and prism-like components are arranged on a plain white background. The devices appear to be made of a combination of black material and transparent elements, with some featuring cylindrical, lens-like ends.
Dynamic Beam Steering

Testing beam steering capabilities in anechoic chambers for optimal performance.

Algorithm Development

Creating hybrid neural networks with physics-based constraints for enhanced modeling.

Real-Time Solutions

Generating optimal solutions and strategies for bias voltage adjustments in real-time.

Innovation

Advanced hardware solutions for dynamic beam steering.

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