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Scientists unveil exciting possibilities for the development of highly efficient quantum devices.

Researchers have developed a potentially powerful error correction scheme for quantum computers.

Researchers in Japan are amongst the first to successfully use machine learning to aid with accurate quantum measurement-based control, a crucial step in the development of quantum technologies.

Professor Hiroki Takahashi has become a project manager in a research program funded by a prestigious Moonshot award to work on the next generation of ion traps.

Researchers show that a quantum sensor using a single atom can accurately measure the coldest places in the universe.

Researchers have developed a novel device for single nanoparticle trapping which has potential applications for drug discovery, disease monitoring, biomedical imaging, and more.

OIST physicists calculate an atomic force that can be harnessed to create quantum technologies.

Researchers simulate quantum necklace-like structures in superfluids.

A technique to control two particles, rather than just one, by using quantum tunnelling has been described.

OIST team has created a light-mediated on/off switch in optical nanofibers that could be used for transferring quantum information in the future.

Controlling particles with light and microfibers