Strain engineering allows researchers to alter a material's electronic and optical behavior by changing its physical ...
A resolution of ~1460 was previously unattainable when imaging using undetectable infrared light around 1550nm. Now, ...
When astronomers looked at photos of the early universe taken by the James Webb Space Telescope, they found something odd: an overabundance of bright ...
Irregular, pearl-like nanolayers combined with selective light absorption produce vivid, tunable colors without precisely ...
EP] Reflected-light spectra of Earth-sized exoplanets promise to probe habitability and biosignatures, but interpreting ...
Births, travel durations, and absorption durations vary independently, so the filaments emerge, arrive, and disappear at different times. A repeating color palette flows along the strands, and a soft ...
Both the sky and the sea look blue. It is often thought that this is for the same reason, but the mechanisms are actually ...
A research team including members from Tohoku University and Osaka University has succeeded in creating pearlescent colors using a multilayer structure with uneven layer thicknesses. The research team ...
The light from stars and nebulae carries traces of electrons. An experiment using attosecond pulses reveals changes inside ...
Scientists have identified a way for a solar-energy material to absorb light strongly while holding on to the resulting ...
Graphene is an ultrathin, highly conductive material that holds great promise for future electronic applications. Yet its ...
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