A new generation of specialty optical fibres has been developed by physicists at Bath to cope with the data transfer challenges expected from quantum computing.

Unlike regular optical fibres, the speciality fibres fabricated at Bath have a micro-structured core, consisting of a co…

Having established control over two spins in a four-quantum dot system, the team took it a step further. Instead of

The effect could be used, for example, for ultra-fast switching materials in future sensors or electronic components

Physicists at MPQ use laser tweezers in optical resonators to create entanglement in a quantum network.

This setup guarantees reliable interaction with photons as flying qubits – a technique pioneered by

One of the biggest questions that lingers over all existing and upcoming quantum technologies is whether a quantum pheno…

In the study, published in Nature, the researchers subjected the quantum material strontium titanate to short but intens…

The innovative device combines the excellent electrical conductivity of graphene with the semiconductor properties of

Circuit QED uses light trapped in superconducting circuits to create artificial atoms, which can be used as the building…

They used a quantum annealer to model a real-life quantum material and showed that the quantum annealer can directly mir…

A crucial part of that optimization is creating qubits that are smooth through most of the solid neon surface but

By employing an innovative thin film growth technique that combines the advantages of

The ETH researchers demonstrated that it is also possible to create quantum mechanical superposition states of the

This breakthrough has the potential to significantly advance the field of quantum computing.

To validate their technique, the researchers conducted a photonic experiment using optical polarisation to encode a qubi…

TIs boast an interior that behaves as an electrical insulator, meaning electrons