Quantum wells produce multi-color LED arrays
Epitaxial growth of semiconductor creates multi-color infrared light-emitting device.
3D kinetic plasma simulations reveal the Fermi mechanism for magnetic reconnection
Researchers use 3D particle-in-cell simulations to explain how electrons continuously accelerate during magnetic reconnection.
UCSD researchers use cold COAT to study photochemistry of ozonide anions
Scientists gain insights into critical O3¯ photochemistry by refining technique that eliminates O3¯ internal excitation.
Characterizing molecular solvation free energy with an efficient density functional theory formalism
Researchers obtain the solvent density profile of a molecule dissolved in water using generalized spherical harmonics expansions.
Co-alloying gives researchers greater control of piezoelectric material properties
Adding both YN and BN allows fine-tuning of lead-free, piezoelectric A1N.
New study models diffusion of hazardous fission products through protective barriers
Researchers from the University of Wisconsin-Madison investigate how cesium isotopes diffuse through a barrier of silicon carbide.
Improvements on microwave-to-optics conversion device for quantum information networks
A new design for an electro-optomechanical device uses a microwave 3D cavity and wireless coupling to improve performance.
