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Unseen Complex Atomic Interactions Observed by New Quantum Experiment

For the first time in the field of quantum physics, researchers at the University of Otago have been able to “hold” individual atoms in place and observe complex atomic interactions that have been never seen before.

21 Feb 2020

Superfast Quantum Simulation to Predict Time Evolution of Interacting Electrons

The equations of quantum mechanics can be used to accurately predict the behavior of an electron in an atom, or how it moves within a solid.

21 Feb 2020

Dynamic Stabilization in Topological Matter Used for Protected Quantum Transport

At the Ames Laboratory of the U.S. Department of Energy, researchers have found that the key to avoiding dissipations of the preferred electron states, which would render spintronics and advanced quantum computing possible, could be to apply vibrational motion in a periodic way.

19 Feb 2020

Researchers Observe New Rotational States in Neutron-Deficient 88Ru Nucleus

Researchers recently visualized the internal structure of ruthenium-88, a rare isotope. This observation throws new light on the internal structure of atomic nuclei, a milestone that could offer a better understanding of the formation of certain chemical elements in nature and their isotopes.

18 Feb 2020

Quantum Mechanical Effects in Atoms, Molecules Studied at High Time Resolution

Led by Prof. Dr Frank Stienkemeier and Dr Lukas Bruder, a team of researchers at the Institute of Physics of the University of Freiburg has successfully observed, in real time, ultrafast quantum interferences—or the oscillation patterns—of electrons that occur in the atomic shells of rare gas atoms.

By Matt Pullen 17 Feb 2020

Study Throws Light on Effects of Temperature on Dynamics of Skyrmions

The collaborative research project of Johannes Gutenberg University Mainz (JGU) and the Massachusetts Institute of Technology (MIT) earlier demonstrated the application of novel spin structures for next-generation magnetic storage devices.

14 Feb 2020

Artificial Atoms Create Stable Qubits for Quantum Computing

In a breakthrough for quantum computing, researchers at UNSW Sydney have made much improved qubits by exploiting concepts from high school chemistry.

14 Feb 2020

Deep Learning Applied to Reconstruct Quantum Properties of Optical Systems

Machine learning has been increasingly outperforming humans in a wide range of tasks. Hence, researchers from Skoltech have utilized deep learning to regenerate the quantum properties of optical systems.

13 Feb 2020

Optimizing Lab-Scale Photonic Integration to Enable Quantum Applications

Photonic integration is an area of photonics that involves fabricating waveguides and devices onto a flat wafer to form an integrated system.

12 Feb 2020

Engineers Build Stable Quantum Silicon Chip from Artificial Atoms

The advancement and widespread adoption of quantum computing hinges on the ability to overcome its current limitations, one of the most major of these being the issue of stability.

By Sarah Moore 12 Feb 2020

Study Shows Quantization of Energy in High-Temperature Superconductors

The aim of more and more research groups across the globe has been to build a quantum computer with the ability to solve problems that cannot be solved by classical computers or solved only with considerable efforts.

11 Feb 2020

Researchers Replicate the Formation of Galaxies Without Dark Matter

Scientists from the University of Strasbourg and the University of Bonn have replicated the development of galaxies in a universe without any sign of dark matter, for the first time.

10 Feb 2020

Ultra-Compact Bright Sources Created Based on Mercury Telluride Quantum Dots

Ultra-compact bright sources created based on mercury telluride (HgTe) quantum dots (QDs) that emit IR have been manufactured by researchers at the Far Eastern Federal University (FEFU, Vladivostok, Russia), in collaboration with researchers from the Far Eastern Branch of the Russian Academy of Sciences (FEB RAS), Hong Kong, China, and Australia.

7 Feb 2020

Neural Network Learns to Predict Behavior of Quantum System

A neural network developed by Russian researchers learns to estimate a quantum system’s behavior by “looking” at its network structure.

5 Feb 2020

Researchers Discover Pi-ton, a Quasiparticle Made of Two Electrons, Two Holes

Different kinds of particles exist in physics. While elementary particles form the fundamental building blocks of matter, other particles like atoms are bound states that consist of various smaller constituents.

5 Feb 2020

Quantum Science News

Unseen Complex Atomic Interactions Observed by New Quantum Experiment

Superfast Quantum Simulation to Predict Time Evolution of Interacting Electrons

Dynamic Stabilization in Topological Matter Used for Protected Quantum Transport

Researchers Observe New Rotational States in Neutron-Deficient 88Ru Nucleus

Quantum Mechanical Effects in Atoms, Molecules Studied at High Time Resolution

Study Throws Light on Effects of Temperature on Dynamics of Skyrmions

Artificial Atoms Create Stable Qubits for Quantum Computing

Deep Learning Applied to Reconstruct Quantum Properties of Optical Systems

Optimizing Lab-Scale Photonic Integration to Enable Quantum Applications

Engineers Build Stable Quantum Silicon Chip from Artificial Atoms

Study Shows Quantization of Energy in High-Temperature Superconductors

Researchers Replicate the Formation of Galaxies Without Dark Matter

Ultra-Compact Bright Sources Created Based on Mercury Telluride Quantum Dots

Neural Network Learns to Predict Behavior of Quantum System

Researchers Discover Pi-ton, a Quasiparticle Made of Two Electrons, Two Holes

News Categories

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The Limits of Current Quantum Simulations

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LabOne Q: An Intuitive Software Framework for Scalable Quantum Computing

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Quantum Science News

News Categories

Solving Real-World Problems With Neutral Atoms: The Road to Fault-Tolerance

The Limits of Current Quantum Simulations

How Quantum Physics Is Powering Next-Gen Navigation Systems

1Improving Quantum Computer Error Correction with Deep Learning

2Developing a Quantum Theory of Gravity Compatible with the Standard Model

3Magnetars Identified as Key Heavy Element Factories

4Leak-Proof Magnetic Confinement System Design Breakthrough in Fusion Energy Research

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