A two-beam interferometer measures the difference of phases accumulated by two optical beams, - originated from a same source, that traverse two physical paths and meet again at some point in space.
Two-dimensional (2D) semiconductors offer promising pathways beyond the scaling limits of silicon electronics, but their wafer-scale synthesis and direct integration into functional devices remain significant challenges.
Quantum technologies hold tremendous potential for advancing scientific discovery, through improved computational algorithms, communications, and sensing.
Transition from “Ordered” to “Disordered” Materials For Low-Cost Rechargeable Batteries
As society transitions toward a more sustainable energy future, the demand for low-cost energy storage systems for large-scale applications continues to grow.
Come all to S.E.M.'s magic show to see wonderous feats that perplex the mind and make one believe in magic! That is, unless MASC has something to say about it.
Molecular Modeling in the Age of AI: From Energy Materials to Device Simulations
Atomistic modeling, rooted in density functional theory and molecular dynamics, has been a cornerstone of materials science research for nearly four decades.
