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Thickness of Magnetic Materials can be Altered for Fine-Tuning Spin Dynamics

Marking a major achievement in the field of spintronics, researchers at the U.S. Department of Energy's (DOE) Brookhaven National Laboratory and Yale University have demonstrated the ability to control spin dynamics in magnetic materials by altering their thickness. The study, published today in Nature Materials, could lead to smaller, more energy-efficient electronic devices.

20 Jan 2021

Researchers Discover "Higgs Mode" Within Iron-Based Superconductor

Even if you weren't a physics major, you've probably heard something about the Higgs boson.

20 Jan 2021

Scientists Reveal Role of Nuclear Quantum Effects in the Polarization of Alcohol

Skoltech scientists and their colleagues from the Russian Quantum Center revealed a significant role of nuclear quantum effects in the polarization of alcohol in an external electric field. Their research findings are published in The Journal of Physical Chemistry.

20 Jan 2021

New Quantum Algorithm for Calculating Energy Difference Between Molecular Spin States

Understanding how the natural world works enables us to mimic it for the benefit of humankind. Think of how much we rely on batteries. At the core is understanding molecular structures and the behavior of electrons within them.

20 Jan 2021

1D Quantum Nanowires Provide a Unique Environment for Detecting Majorana Zero Modes

Why is studying spin properties of one-dimensional quantum nanowires important-

20 Jan 2021

New Protocol Simulates Atomic Structure of Solid/Liquid Interface

Computer simulations are known to have immense potential to speed up the molecular design of green energy technologies, for example, novel systems meant for solar energy usage and electrical energy storage, and also carbon dioxide capture from the surroundings.

20 Jan 2021

New Technique to Control Spin Dynamics in Magnetic Materials

A team of researchers from the Brookhaven National Laboratory of the U.S. Department of Energy and from Yale University has successfully controlled spin dynamics in magnetic materials by tuning their thickness.

19 Jan 2021

Study Reveals Role of Nuclear Quantum Effects in Alcohol Polarization

Researchers from Skoltech and their collaborators from the Russian Quantum Center unraveled a crucial role played by nuclear quantum effects in the polarization of alcohol under an external electric field.

19 Jan 2021

Hubble Space Telescope Helps Detect Supernova Remnant

The Hubble Space Telescope of NASA and the European Space Agency (ESA) has successfully detected the supernova remnant called 1E 0102.2-7219.

18 Jan 2021

A Microscopic Theory to Explain the Formation of One Dimensional Quantum Lattice Liquids

Liquids are ubiquitous in Nature: from the water that we consume daily to superfluid helium which is a quantum liquid appearing at temperatures as low as only a few degrees above the absolute zero. A common feature of these vastly different liquids is being self-bound in free space in the form of droplets. Understanding from a microscopic perspective how a liquid is formed by adding particles one by one is a significant challenge.

18 Jan 2021

Quantum Physics News

Thickness of Magnetic Materials can be Altered for Fine-Tuning Spin Dynamics

Researchers Discover "Higgs Mode" Within Iron-Based Superconductor

Scientists Reveal Role of Nuclear Quantum Effects in the Polarization of Alcohol

New Quantum Algorithm for Calculating Energy Difference Between Molecular Spin States

1D Quantum Nanowires Provide a Unique Environment for Detecting Majorana Zero Modes

New Protocol Simulates Atomic Structure of Solid/Liquid Interface

New Technique to Control Spin Dynamics in Magnetic Materials

Study Reveals Role of Nuclear Quantum Effects in Alcohol Polarization

Hubble Space Telescope Helps Detect Supernova Remnant

A Microscopic Theory to Explain the Formation of One Dimensional Quantum Lattice Liquids

Building the World's First Enterprise-Grade Quantum-Proof Communication Platform

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

The Limits of Current Quantum Simulations

SideKick QCL Controller: Low-Noise Laser Control Solution

LabOne Q: An Intuitive Software Framework for Scalable Quantum Computing

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Quantum Physics News

Building the World's First Enterprise-Grade Quantum-Proof Communication Platform

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

The Limits of Current Quantum Simulations

1"From Consciousness to Cosmos": Revolutionary Physics Framework Unveiled on 120th Anniversary of Einstein's Breakthrough

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4Webb Data Uncovers Small Galaxies Key to Early Universe Evolution

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