Latest Articles for Electronic Structure

Explore the intriguing magnetic behaviors of titanium-based kagome metals.

Exploring cobalt's impact on niobium trisulfide's magnetic behavior.

Niobium halides exhibit unique properties promising for advanced electronics.

This study examines how lanthanum affects the mixed-valence state of SmB.

Research on nanographenes reveals insights into magnetism and electrical conduction.

Research on LaNiO3 reveals insights into superconductivity through pressure effects.

A fresh look at how atoms bond in excited diatomic molecules.

Investigating the vibrational properties of layered hybrid materials for electronics.

SmCoIn5 showcases intriguing electronic and magnetic properties due to electron interactions.

Study reveals how light affects the electronic states of 1T-VSe material.

Hydrogen influences the electronic structure and properties of vanadium-zirconium metallic glass.

Study highlights electronic structure and interface quality in advanced layered materials.

Study reveals unique magnetic behaviors of SrMgIrO, SrZnIrO, and SrCdIrO.

This article explores high-harmonic generation in zinc oxide under intense laser pulses.

A new method merges deep learning flexibility with physical law compliance.

GeS shows promise for future electronic and optoelectronic technologies due to its unique properties.

Researchers leverage machine learning to predict important Hubbard parameters for materials.

Research explores the unique properties and charge ordering in 4Hb-TaS materials.

A study on the electronic properties and potential applications of NiPS₃.

Researchers propose interaction annealing to improve understanding of complex materials like WTe.

Examining why Mg2IrH6 shows potential for high-temperature superconductivity while Ca2IrH6 does not.

Research on bilayer nickelates reveals complex magnetic and electronic behaviors.

A fresh look at how nuclear movement affects material phase changes.

Researchers break down complex molecules into fragments for better analysis.

Research explores how pressure alters the electronic structure of heavy-fermion materials.

Research investigates superconductivity potential in heavily-doped single-layer graphene.

Molecular spin systems are crucial for advancements in quantum technologies.

How machine learning transforms the study of molecular properties and behaviors.

This article examines how pressure alters the electronic and magnetic traits of NiO.

Research reveals new compounds for stronger, stable magnets using cobalt.

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

Discover the unique properties and potential applications of altermagnets.

Recent studies challenge the predicted magnetic properties of RuO, suggesting new research directions.

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

Research reveals unique electronic properties of 1T-ZrTe for future technologies.

Learn how moving mesh techniques simplify electron behavior studies.

New methods enhance chemical simulations using quantum technology.

Kagome metals show promise for future technologies and unique properties.

Explore the exciting world of magnetic topological insulators and their potential impact on technology.

Discovering unique magnetic behaviors in manganese telluride opens new technological doors.