Improved electron flow enables electrical conduction in nanoscale components – structures measured in

Seeing a trio of entangled photons in one go

They created a device to demonstrate the proposed method for three photons using high-stability optical quantum circuits…

The book covers the quantum Monte Carlo method, which can be used to calculate the properties of quantum mechanical syst…

Their findings were published online in Nature Communications on July 9, 2025.

Although such states usually suppress photon emission, under specific conditions, the entangled quantum dots emitted pho…

A UNIGE team reveals a once purely theoretical geometry at the heart of quantum materials, with major implications for future electronics.

Known as quantum metric, this geometry reflects the

Companies aim to merge AI accelerators, quantum computers, and high-performance computing to help solve a wide range of the world's most difficult problems

In a quantum-centric supercomputing architecture, quantum computers work in tandem with powerful high-performance comput…

To their surprise, the spin remained stable for several seconds, offering prospects for enhanced control of the

New work by University of Michigan theorists describes a physical phenomenon that could open new doors for things like quantum computers

The paper points to new design considerations that could make accessing

The method developed by the researchers consists of an algorithm capable of simulating quantum computations that use

Research team from Heidelberg University and the University of Münster develops a new method for producing large networks of complex structures

To achieve this, the researchers used yttrium iron garnet. This material, which is a

Quantum networks are often described as the future of the internet — but instead of transmitting classical information i…

Tuning the magnetic properties of chromium qubits

Using advanced computer modeling, the researchers came up with a way to accurately

The team demonstrated that these decoherence effects can be dramatically suppressed by applying low magnetic fields—achi…

The researchers created a one-dimensional quantum fluid of strongly interacting

By applying an electric voltage to the nanowire, the Basel researchers can, therefore, influence whether the

These qubits are excellent at quickly performing the logical operations needed for computing. However, storing informati…

Breakthrough could open door to next-gen technologies in sensing, computing and beyond

By showing that phonons can be harnessed as effectively as light or electrons, the study paves the way for

Laser beams and mirror systems were used for this purpose

Strengthening the brightness of single-photon light sources with magnetism

Using photon correlation measurements, the team also observed that emitted light demonstrated photon antibunching, indic…