Overview of hopfions, 3D magnetic structures, highlighting their potential in advanced technologies and recent experimental discoveries.
Latest in Crystals
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CatalystsCrystalsGreen EnergyPhysicsSciTech NewsTohoku University
Unveiling the Mysteries of Zirconium Nitride (ZrN) for Enhanced Clean Energy
Unlocking Zirconium Nitride’s Potential: A Cost-Effective Catalyst for Cleaner Energy Generation.
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CrystalsMaterials ScienceMITPhysicsSciTech NewsSuperconductivity
Unlocking Superconductivity: MIT Physicists Trap Electrons in a 3D Crystal for the First Time
MIT physicists create a 3D crystal trapping electrons in a flat band, mirroring ‘kagome’ art, a potential leap for superconductivity …
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ArchaeologyCrystalsGlassNanostructuresPhotonicsSciTech NewsTufts University
Technological Implications of Ancient Roman Glass: A Nanoscale Marvel
by Amir Husseinby Amir HusseinThis article delves into how ancient Roman glass fragments, transformed over centuries, offer modern researchers insights into historical contexts and …
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CrystalsPhotonicsSciTech NewsTelecommunicationsTohoku University
Re-examining Einstein’s Concepts: Induced “Pseudogravity” Through Photonic Crystals
Re-examining Einstein’s Concepts: Induced Pseudogravity Through Photonic CrystalsResearchers have altered the properties of light to imitate the effects of gravitational …
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CrystalsMaterials ScienceMITPhysicsSciTech NewsSuperconductivity
Advancements in Quantum Materials: MIT’s Fusion of Quasicrystals and Superconductivity
MIT scientists merge twistronics with quasicrystals, offering new insights into superconductivity. This interdisciplinary approach has led to the development of …
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CrystalsQuantum PhysicsSciTech NewsUniversitiesWashington University In St. Louis
Diamonds’ Hidden Potential: Physicists Unlock Quantum Power of Imperfect Crystals
Unlocking Quantum Potential: Diamonds’ flaws transform into powerful quantum simulators in groundbreaking research.
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CrystalsDOEMaterials SciencePhysicsSciTech NewsSLAC National Accelerator Laboratory
Resolving a Six-Decade-Long Controversy: Flaws Traverse Diamond Quicker Than Sonic Velocity
Resolving a Six-Decade-Long Controversy: Flaws Traverse Diamond Quicker Than Sonic VelocityAn illustration depicts a powerful laser strike coming from the …
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CrystalsKAUSTMetal-Organic FrameworksNanotechnologySciTech News
Utilizing an Age-Old Architectural Technique to Innovate Nanoscale Window Design
by Klaus Müllerby Klaus MüllerInnovative MOF design inspired by ancient architecture – offers tailored nanoscale windows for diverse applications.
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2D MaterialsCrystalsGrapheneNational University Of SingaporePhysicsQuantum MaterialsSciTech News
Progress in Quantum Matter: Guidelines for Precision Alignment of Atomic Constructs
by Klaus Müllerby Klaus MüllerResearchers from the National University of Singapore develop a precision alignment technique for supermoiré lattices, setting new standards for advancements …
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