Weight adjustment for electromagnetic control of metasurfaces

Advanced metasurfaces and algorithms for cutting-edge applications.

Dynamic Beam Steering

Achieve rapid beam steering with precision control.

Optimize dielectric loss during tuning processes effectively.

Integrate real-time solutions for voltage adjustments.

Algorithm Development
Metasurface Fabrication

Innovating with Advanced Hardware Prototyping

We specialize in hardware prototyping, fabricating MEMS-driven metasurfaces, and developing advanced photo-dielectric modulation for cutting-edge applications in electronics and telecommunications.

A metallic surface with a complex, repeating textured pattern that creates an optical illusion effect under low-light conditions. The surface features a series of protrusions casting shadows, adding depth to the structure.
A metallic surface with a complex, repeating textured pattern that creates an optical illusion effect under low-light conditions. The surface features a series of protrusions casting shadows, adding depth to the structure.
Expertise in Metasurface Technology
Boundary-Pushing Solutions Delivered

Our mission encompasses dynamic beam steering validation and real-time optimization strategies, leveraging algorithmic layers that integrate physics-based principles for unparalleled performance in next-gen hardware solutions.

Advanced Hardware Prototyping

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

An array of intricate, patterned semiconductor chips with a reflective sheen, showing various colors and geometric patterns. The surface appears highly detailed with a grid-like structure.
An array of intricate, patterned semiconductor chips with a reflective sheen, showing various colors and geometric patterns. The surface appears highly detailed with a grid-like structure.
Algorithm Development

Creating hybrid neural networks with physics-based constraints for optimized performance.

Validation Services

Testing dynamic beam steering and quantifying dielectric loss for reliable performance.

API Integration

Generating optimal solutions and real-time adjustments for enhanced operational efficiency.

Innovative Solutions

Advanced hardware prototyping for cutting-edge metasurface technologies.

A close-up view of a device with a perforated surface featuring circular holes. The structure has a gradient of green light illuminating a portion of it, suggesting a modern and sleek design.
A close-up view of a device with a perforated surface featuring circular holes. The structure has a gradient of green light illuminating a portion of it, suggesting a modern and sleek design.
Dynamic Beam Steering

Testing high-speed beam steering in controlled environments.

Close-up view of a metallic surface with an array of pyramid-shaped protrusions. The image focuses on the textures and patterns of the surface with shallow depth of field, creating a blurred background.
Close-up view of a metallic surface with an array of pyramid-shaped protrusions. The image focuses on the textures and patterns of the surface with shallow depth of field, creating a blurred background.
A transparent, reflective object shaped like the letter 'M' is placed on a metallic, grid-like surface. The object reflects a spectrum of colors, creating a prismatic effect, and appears three-dimensional against the geometric pattern of the background.
A transparent, reflective object shaped like the letter 'M' is placed on a metallic, grid-like surface. The object reflects a spectrum of colors, creating a prismatic effect, and appears three-dimensional against the geometric pattern of the background.
A compact electronic device with the label MEERA ANYBEAM resting on a wooden surface. The device appears to be sleek and rectangular, with a clean, modern design.
A compact electronic device with the label MEERA ANYBEAM resting on a wooden surface. The device appears to be sleek and rectangular, with a clean, modern design.
Photo-Dielectric Modulation

Developing advanced modulation techniques using femtosecond laser technology.