Latest Articles for Materials Science

Researchers are advancing quantum computing with new ferrotransmon technology for better qubit control.

Discover how lattice structures absorb energy and enhance product safety.

Lattice structures combine strength and lightweight design for diverse applications.

Explore the unique properties and behaviors of amorphous solids.

Discover the fascinating behavior of hydrogels and their frictional properties.

A breakthrough method uses light to adjust silicon-rich nitride properties for better devices.

Explore how ionic liquids transport heat and their potential applications.

Exploring the potential of single-molecule magnets in technology and data storage.

Discover the fascinating world of active particles and entropy production.

Discover how guided waves transform energy in piezoelectric materials.

Investigating how solvents alter molecular vibrations and their implications in various fields.

Discover how XMCD and RIXS reveal the hidden properties of materials.

Learn how advanced ultrasonic techniques improve material safety and defect detection.

Explore the unique behaviors of domain walls and their impact on physics.

Scientists advance compact laser technology for vibrant light colors.

Explore the fascinating behavior of cholesteric liquid crystals and their defects.

Discover the unique properties of hexagonal germanium in semiconductor technology.

Discover how tiny drops evaporate and interact with each other.

Discover how machine learning is transforming the design of polymer composites.

Discover how uranyl ions interact with radiation in complex compounds.

Researchers use light's angular momentum to manipulate tiny particles, paving the way for new technologies.

Discover the synergy of spin currents and orbital currents in advancing technology.

Research reveals surprising behaviors in superconductors under magnetic fields.

Learn how fiber orientation and uncertainty impacts the strength of materials.

Explore how shapes move through different liquids, revealing surprising dynamics.

Discover how scientists study heat movement in complex materials affected by magnetic fields.

Discover how topological spin superconductors could change the future of electronics.

Discover the groundbreaking Janus MoSeLi monolayer and its superconducting properties.

Learn how advanced database systems are transforming scientific research.

Discover how Rhodium substitutions affect superconductivity in SrNiP materials.

Discover how strain affects the unique properties of multi-Weyl semimetals.

Discover how graphenized nematic aerogels could reshape technology with their unique properties.

Discover the unique properties and potential of altermagnets in modern technology.

Discover the unique properties and applications of diamondoids in science.

Discover how combining different materials is shaping the electronics of tomorrow.

Discover the exciting world of spinor polaritons and their impact on physics.

Discover the role of altermagnetic insulators in advancing spintronics technology.

Research reveals fascinating states in twisted bilayer graphene, transforming our grasp of quantum materials.

Discover how MoTe/WSe heterobilayers showcase unique electronic behaviors and transitions.

New insights into quantum criticality through Rotational Grüneisen Ratio in anisotropic materials.