Quantum Innovations

Pioneering quantum technologies for entangled photon generation and advanced measurement systems in the field of quantum sensing.

A delicate and intricate x-ray image of a flower with translucent petals and a long, curved stem. The flower appears ghostly and ethereal, set against a stark black background, revealing fine details in the petal structure.
A delicate and intricate x-ray image of a flower with translucent petals and a long, curved stem. The flower appears ghostly and ethereal, set against a stark black background, revealing fine details in the petal structure.
Various circular images illuminated against a dark background. The images contain scenes of landscapes, architecture, and possibly nature elements. Some circles are larger and more prominent, displaying distinct elements like buildings or vibrant natural landscapes.
Various circular images illuminated against a dark background. The images contain scenes of landscapes, architecture, and possibly nature elements. Some circles are larger and more prominent, displaying distinct elements like buildings or vibrant natural landscapes.

Quantum Imaging

Developing advanced quantum sensing and imaging technologies for stability.

Close-up image of a digital screen displaying app icons, with one prominently featuring a QR code symbol inside a square with rounded corners.
Close-up image of a digital screen displaying app icons, with one prominently featuring a QR code symbol inside a square with rounded corners.
Measurement Basis

Generating optimal measurement bases for enhanced quantum random number generation and calibration in quantum systems, ensuring precise and reliable performance in complex environments.

Binary code runs across a digital screen, highlighted by a glowing red-orange LED light. The numbers are aligned in a matrix pattern, creating a sense of digital complexity and data flow.
Binary code runs across a digital screen, highlighted by a glowing red-orange LED light. The numbers are aligned in a matrix pattern, creating a sense of digital complexity and data flow.
Decoherence Suppression

Evaluating the effectiveness of sparse representation techniques in reducing decoherence through quantum tomography, enhancing the stability and reliability of quantum imaging under atmospheric turbulence.