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Argonne Researchers Explore Quantum Spin Liquids for Future Quantum Technologies

Argonne scientists have come closer to creating a quantum spin liquid, a rare state of matter that could help enable fault-tolerant quantum computers. They studied a honeycomb-structured material showing promising signs of this elusive quantum state.

6 Oct 2025

Novel Approach to Sense Milli-Hertz Spacetime Ripples

Researchers at the Universities of Birmingham and Sussex have introduced a novel method for identifying gravitational waves within the milli-Hertz frequency spectrum, enabling the observation of astrophysical and cosmological events that remain undetectable by existing instruments.

6 Oct 2025

Hafnium Oxide Substrates Suppress Unwanted Phases in Quantum Silicide Synthesis

A new study from NYU Tandon–Brookhaven National Laboratory, which was published in Applied Physics Letters, demonstrates that crystalline hafnium oxide substrates can help stabilize the desired superconducting phase and guide material design.

6 Oct 2025

Uncovering Massive Cosmic Structure Between Galaxies

Researchers at The University of Western Australia node, affiliated with the International Centre for Radio Astronomy Research (ICRAR), have discovered a vast structure that extends an incredible 185,000 light-years between the galaxies NGC 4532 and DDO 137, which are situated 53 million light-years away from Earth.

29 Sep 2025

Entangled Light to Comprehend Complex Quantum Systems

Researchers from the Technical University of Denmark (DTU) and international collaborators from the US, Canada, and South Korea have shown that entangled light can drastically reduce the number of measurements required to comprehend the behavior of a complex, noisy quantum system.

29 Sep 2025

EPB Quantum Enhances Quantum Computing Resources by Adding Hybrid Computing Capabilities

At the 2025 Quantum World Congress, EPB Quantum announced that it is enhancing its quantum computing resources by adding hybrid computing capabilities.

24 Sep 2025

New Research Reveals a Different Way to Create Time Crystals

Calculations from TU Wien (Vienna) have revealed that time crystals can be created in a fundamentally different method than previously assumed. The results were reported in Physical Review Letters.

24 Sep 2025

New Silicon-Germanium Method Unlocks Quantum Potential

For the first time, researchers at TU Wien have successfully manufactured a silicon-germanium (SiGe) transistor using an alternative approach that will not only allow for smaller dimensions in the future, but will also be quicker, require less energy, and function at extremely low temperatures, which is critical for quantum chips.

24 Sep 2025

New Research Finds One of the Fastest-Growing Black Holes

A team of scientists discovered that a black hole is expanding at one of the quickest speeds ever measured.

22 Sep 2025

New Study Shows How to Control a Nanoparticle's Motion

The motion of a nanoscale particle could be quantum squeezed, with a motion whose uncertainty is less than that of quantum mechanical fluctuations, as proved by researchers Mitsuyoshi Kamba, Naoki Hara, and Kiyotaka Aikawa of the University of Tokyo.

22 Sep 2025

Cosmic Glass Found Only in Australia Reveals Ancient Asteroid Impact

Curtin researchers have helped uncover evidence of a mysterious giant asteroid impact, hidden not in a crater but in tiny pieces of glass found only in Australia.

19 Sep 2025

Mapping Star Formation in the Milky Way

Scientists generated the most precise three-dimensional image of star formation zones in the Milky Way galaxy using data from the European Space Agency’s Gaia space telescope.

17 Sep 2025

AI-Powered Method Accelerates Analysis of Atomic Interactions in Materials

Scientists at the California Institute of Technology have devised an AI-based approach to accelerate computations of quantum interactions in materials.

17 Sep 2025

Quantum Motion Delivers the Industry’s First Full-Stack Silicon CMOS Quantum Computer

Quantum Motion has delivered the industry’s first full-stack quantum computer to be built using a standard silicon CMOS chip fabrication process – the same transistor technology used in conventional computers.

From Quantum Motion 16 Sep 2025