Their approach leverages the exponential amounts of information that can be stored using quantum computer qubits, while

Quantum magnets are materials that realize a quantum superposition of magnetic states, bringing quantum phenomena from t…

It sends a positive signal that solid-state qubits, such as Diraq's CMOS quantum dots, continue to demonstrate clear adv…

Oxford Ionics has demonstrated the highest performing quantum chip in the world, which can be produced at scale in a standard semiconductor fabrication plant.

Oxford Ionics has eliminated the need to use lasers to control qubits through the development of a patented Electronic Q…

Sandia collaboration combines integrated photonics and light-wave frequency for novel quantum information processing

Spatial beam splitters, which take photons and split them in two directions, are

Quantum spin liquids have remarkable properties, including

The improvements in the two characteristics, two-qubit gate fidelity and

The method, which is known as SPHINCS+, is now ready to be used in our online activities, for instance when it comes to protecting information in document signing.

Although quantum computers are not around just yet, there is still a sense of urgency to prepare for their arrival by en…

Increasing the number of trapped atoms will enable solutions for more complex use cases, such as optimization problems and quantum simulations of intricate systems

This achievement involves innovative optical designs that combine ultra-high-vacuum-compatible microscope objectives at

In recent research, a team of physicists envisions a modular system for scaling quantum processors with

This observation is so spectacular for fundamental research in the field of quantum physics that it

The findings of this study have been published online in Science Advances on July 5, 2024.

Despite this challenge, QSLs are gaining attention as key materials for next-generation quantum computing, making their…

The results show that the quantum coherence of

The UCLA-led team created a lattice with alternating layers. One layer made of

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…