Latest Articles for Electronic Properties

Twisted bilayer graphene reveals unique phases and properties through specific twists and chemical doping.

Examining how skyrmions and Chern bands interact in layered graphene materials.

Understanding how material states change at absolute zero.

Research highlights dynamic behavior in materials affecting electronic properties.

This article explores how disorder affects nodal-knot semimetals and their electronic properties.

This research investigates the impact of system size on electronic properties using advanced methods.

This article discusses the unique magnetic phases of RMn Sn kagome metals.

Exploring the unique behaviors of Weyl semimetals in thin film forms.

Exploring the unique properties of Kramers-Weyl fermions in twisted bilayer materials.

Study shows monoclinic RhBi becomes superconductive under high pressure, revealing new material potential.

Examining new oxypnictide material and its unique magnetic behaviors.

Study reveals additional magnetic phase and unique electronic properties in CeBi material.

Examining the interplay of electronic states and lattice vibrations in BaCaReO.

A study on magnetic behavior and electronic properties of the Weyl semimetal Mn Sn.

This article reviews the importance of LXC potential in material science.

Exploring the spin Nernst effect in advanced materials for future technologies.

A look into the unique electronic behavior of the half-quantized Hall phase.

Study reveals strain effects on charge density waves and superconductivity in 2H-NbSe2.

Researchers study EuAl's unique electronic behavior and magnetic transitions.

This study examines the electronic behavior of BiSb thin films and their applications.

Study of transport properties in 2D SSH model under magnetic influence.

New theories enhance understanding of pseudogap phenomena in correlated materials.

A deep look at how iron changes the properties of CoSn and FeSn.

Discover the role of magnetorotons in the intriguing world of fractional Chern insulators.

Joint Approximate Diagonalization offers better predictions in quantum material behaviors.

Researchers manipulate electronic properties using 2DEGs and patterned gates.

Uncovering the secrets of Berry curvature in graphene materials.

Discover how twisted layers of materials are changing the game in superconductivity.

Discover how graph theory simplifies the study of one-dimensional materials.

Twisted bilayer graphene reveals surprising electrical properties and potential applications.

Weyl semimetals reveal unique electronic properties with exciting future potential.

Discover the potential of LaNiO₃ in advancing superconductivity research.