Quantum computing

Combining the best of both classical and quantum computing, a new mathematical approach promises faster solutions for complex modelling of real-world phenomena.

An innovative method puts a new ‘spin’ on light to offer exciting prospects for quantum computing, telecommunications and security technologies.

A new method for fabricating structures in optical devices improves their ability to capture and emit light, paving the way for advanced communication and sensor technologies.

A hybrid approach that combines classical and quantum computing may be a stepping stone to solving complex, evolving mathematical simulations.

A*STAR researchers develop a first-of-its-kind quantum algorithm that co-opts classical computers to solve complex engineering problems.

In developing a new process to synthesise stable qubits, A*STAR researchers are paving the way toward scalable and practical quantum devices.

From advanced materials to atomic super sensors, A*STAR scientists are harnessing the power of quantum to the fullest, ushering in the next generation of trailblazing technologies.

To unlock the potential of quantum computers, researchers must find semiconductor materials and metal contacts that work well at sub-zero temperatures.

Researchers have found quantum dots lurking inside nanoribbon transistors, suggesting that nanoribbons could one day be used for quantum computing.

Nanoribbon field effect transistors could usher in the next generation of computing.

Emerging valleytronics technology using 2D materials promises smaller devices that chew up less energy.