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Superconductivity

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Quantum Metallurgy Might Be A New Frontier For Superconducting Materials And Artificial Neuronsglass crystals producing interlocking rainbow reflections in this image

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Quantum Metallurgy Might Be A New Frontier For Superconducting Materials And Artificial Neuronsglass crystals producing interlocking rainbow reflections in this image
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Quantum Metallurgy Might Be A New Frontier For Superconducting Materials And Artificial Neurons

clock-iconMay 7, 2026
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Macroscopic Quantum Mechanics Discoverers Win Nobel Prize in Physicsartist impression of a circuit or motherboard made of light

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Macroscopic Quantum Mechanics Discoverers Win Nobel Prize in Physicsartist impression of a circuit or motherboard made of light
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Macroscopic Quantum Mechanics Discoverers Win Nobel Prize in Physics

clock-iconOctober 7, 2025
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China's Record-Breaking Resistive Magnet Produces Field Over 800,000 Times Stronger Than Earth'sA photo showing the resistive magnet. It looks like a cylindrical body on four tubular legs. It has two sets of brown cables running from its bottom, two on each side, and two thick silver tubes on each side positioned in the middle and at the top of the device. The whole thing is located reaches from floor to ceiling in a room with a blue floor.

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China's Record-Breaking Resistive Magnet Produces Field Over 800,000 Times Stronger Than Earth'sA photo showing the resistive magnet. It looks like a cylindrical body on four tubular legs. It has two sets of brown cables running from its bottom, two on each side, and two thick silver tubes on each side positioned in the middle and at the top of the device. The whole thing is located reaches from floor to ceiling in a room with a blue floor.
technology-iconfuture

China's Record-Breaking Resistive Magnet Produces Field Over 800,000 Times Stronger Than Earth's

clock-iconOctober 21, 2024
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First Ever Unconventional Superconductor Found In Naturea dark green crystail is seen over a reticulate paper

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First Ever Unconventional Superconductor Found In Naturea dark green crystail is seen over a reticulate paper
space-iconphysics

First Ever Unconventional Superconductor Found In Nature

clock-iconMarch 15, 2024
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A New Form Of Magnetism Could Make For More Powerful Memory DevicesRed arrows represent electron spin orientations in a portion of the YbMgGaO4 crystal structure, where antiferromagnetic interactions between groups of magnetic moments cause neighboring spins to align anti-parallel to one another.

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A New Form Of Magnetism Could Make For More Powerful Memory DevicesRed arrows represent electron spin orientations in a portion of the YbMgGaO4 crystal structure, where antiferromagnetic interactions between groups of magnetic moments cause neighboring spins to align anti-parallel to one another.
space-iconphysics

A New Form Of Magnetism Could Make For More Powerful Memory Devices

clock-iconFebruary 15, 2024
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Rare Metal "Purple Bronze" Could Make The Perfect Quantum Switching Devicepurple cube floating above a ring with smoky background

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Rare Metal "Purple Bronze" Could Make The Perfect Quantum Switching Devicepurple cube floating above a ring with smoky background
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Rare Metal "Purple Bronze" Could Make The Perfect Quantum Switching Device

clock-iconNovember 23, 2023
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Electrons Trapped In A 3D Crystal For Very First TimeA 2d projection of the 3D crystal used in this study. teh atoms are blue balls linked to one another with blue sticks.

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Electrons Trapped In A 3D Crystal For Very First TimeA 2d projection of the 3D crystal used in this study. teh atoms are blue balls linked to one another with blue sticks.
space-iconphysics

Electrons Trapped In A 3D Crystal For Very First Time

clock-iconNovember 10, 2023
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A New Ore Containing Invaluable Rare Metal Has Been Found In ChinaA satellite image of China's Bayan Obo Mining District taken in 2006.

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A New Ore Containing Invaluable Rare Metal Has Been Found In ChinaA satellite image of China's Bayan Obo Mining District taken in 2006.
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A New Ore Containing Invaluable Rare Metal Has Been Found In China

clock-iconOctober 11, 2023
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A New Explanation For “Strange Metals” Could Lead To Better SuperconductorsStrange metals

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A New Explanation For “Strange Metals” Could Lead To Better SuperconductorsStrange metals
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A New Explanation For “Strange Metals” Could Lead To Better Superconductors

clock-iconAugust 24, 2023
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First Room-Temperature Ambient-Pressure Superconductor Achieved, Claim Scientistsa superconducitng sphere is levitated above a magnet. the material is not a room temperature and the evaporation of liquid nitrogen is visible around it.

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First Room-Temperature Ambient-Pressure Superconductor Achieved, Claim Scientistsa superconducitng sphere is levitated above a magnet. the material is not a room temperature and the evaporation of liquid nitrogen is visible around it.
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First Room-Temperature Ambient-Pressure Superconductor Achieved, Claim Scientists

clock-iconJuly 26, 2023
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“Strange Metal” Ytterbium Gets Even Stranger When Hit With Gamma Raysphotograph of ytterbium, a metal

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“Strange Metal” Ytterbium Gets Even Stranger When Hit With Gamma Raysphotograph of ytterbium, a metal
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“Strange Metal” Ytterbium Gets Even Stranger When Hit With Gamma Rays

clock-iconMarch 14, 2023
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Scientists Have Discovered A New And Unusual Type Of Superconductivityarticle image

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Scientists Have Discovered A New And Unusual Type Of Superconductivityarticle image
space-iconSpace and Physics

Scientists Have Discovered A New And Unusual Type Of Superconductivity

clock-iconApril 10, 2018

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Physicists See Electrons Outside Their Normal Orbits For The First Timearticle image

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Physicists See Electrons Outside Their Normal Orbits For The First Timearticle image
space-iconSpace and Physics

Physicists See Electrons Outside Their Normal Orbits For The First Time

clock-iconMarch 20, 2018

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New State Of Matter Might Help With High-Temperature Superconductorsarticle image

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New State Of Matter Might Help With High-Temperature Superconductorsarticle image
space-iconSpace and Physics

New State Of Matter Might Help With High-Temperature Superconductors

clock-iconNovember 24, 2016

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We Are A Step Closer To Understanding How Superconductivity Worksarticle image

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We Are A Step Closer To Understanding How Superconductivity Worksarticle image
space-iconSpace and Physics

We Are A Step Closer To Understanding How Superconductivity Works

clock-iconOctober 3, 2016