Latest Articles for Superconductivity

Researchers study unique behaviors of magnesium diboride under terahertz light.

Exploring heat transport through superconducting flux qubits in quantum systems.

Discover how superconductors can reshape future electronics with the supercurrent diode.

This article explores how doping influences charge excitations in high-temperature superconductors.

An overview of superconducting circuits and their implications for quantum computing.

La Ni O reveals new insights into superconductivity through unique electron behavior.

Research enhances fluxonium qubits for improved quantum computing capabilities.

Discover how vortex and corner modes interact in topological superconductors.

Scrutiny on H3S challenges previous claims about its magnetic properties.

Exploring the unique behaviors of topological order in superconductors.

Explore the unique properties of niobium diselenide and its superconductivity.

A look into the hidden aspects of superconductivity and the Higgs amplitude mode.

Exploring the complex interactions of superconductivity and charge order in a unique material.

Explore how layer interactions in cuprates enable high-temperature superconductivity.

A simple guide to low-temperature Green's functions and the AdS/CFT connection.

Discover how FeSe exhibits surprising negative longitudinal magnetoresistance.

Discover the unique properties and mysteries of kagome metals.

Discover the unique properties and phase transitions of heavy fermion materials.

Discover how strain impacts nickelates for potential room-temperature superconductivity.

Discover how neural networks enhance our grasp of the Hubbard model and quantum states.

Discover the unique properties and behaviors of FeSe-based superconductors.

Discover how FeSe superconductors hold promise for future technologies through intrinsic pinning.

Exploring the importance and function of superconducting microwave resonators in quantum technology.

Discover how unique properties of materials lead to exciting technological advancements.

Discover how multi-quanta vortices can change our technology landscape.

Discover the unique behaviors of superconducting junctions and their potential applications.

Discover the intriguing behaviors of electrons in materials and their surprising roles.

Discover the fascinating behaviors of doped iron selenide and its superconducting properties.

Explore the significance and impact of charge density waves in materials science.

Researchers aim to reduce signal loss in superconducting devices.

Discover the groundbreaking Janus MoSeLi monolayer and its superconducting properties.

Discover how Rhodium substitutions affect superconductivity in SrNiP materials.

Explore the unique properties and applications of Josephson junctions in advanced technology.

IrGa showcases unique superconducting states blending Type-I and Type-II properties.

Discover the intriguing science behind the Casimir effect and its implications.

New insights into subharmonic gap structure in Josephson junctions bring clarity.

Discover the intriguing properties and phenomena of twisted bilayer graphene.

Discover how magnetic impurities interact in superconductors, changing their behavior.

Scientists investigate axions using superconducting materials in groundbreaking experiments.

Unraveling the secrets of ghost plasmons in bilayer superconductors.