Researchers demonstrate that magnetic anisotropy can be continuously tuned between the two limits of in-plane and out-of-plane.

Researchers demonstrate that magnetic anisotropy can be continuously tuned between the two limits of in-plane and out-of-plane.
An investigation of the physics that govern chemically-powered motors.
Energy-dispersive X-ray absorption spectroscopy to track how the crystal lattice of copper nitride responds to applied high pressure.
A new take on light driven chemical reactions.
An all-inorganic hetero-structured PeLED is demonstrated, fabricated using a new design strategy.
A transmission-reflection-integrated multifunctional coding metasurface is proposed, which can control the transmitted and reflected wavefronts simultaneously on both sides of the metasurface interface.
Knowledge of the amorphous structure of non-crystalline materials is critical for elucidating an explanation of how various side groups effect frequency doubling or white-light generation.
A theoretical puzzle has existed for over half a century: how to perform quantization for a particle constrained to remain on the curved surface with Dirac’s canonical quantization scheme? The answer has been found.
A team of North American scientists discovered that Short wave infrared Raman spectroscopy has the potential to accurately differentiate normal and malignant kidney tumors.
Harnessing light for practical applications requires small, versatile, and efficient optoelectronic devices.