The footage shows a view through a plane's window, where the aircraft's shadow is seen against clouds, with what appears to ...

Use precise geolocation data and actively scan device characteristics for identification. This is done to store and access ...

In meteorological terms, Pilot's Glory is an optical phenomenon that occurs when sunlight ... colorful rings that look like a ...

Over billions of years, the universe's stars and galaxies shined their light into space, leaving behind an imperceptibly faint night light known as the cosmic optical background. NASA's New Horizons s ...

THE phenomena of breath-figures on glass are of ... recently devoted some attention is the explanation of the beautiful optical effects exhibited by breathed-on plates of glass.

This puzzling result makes sense if one assumes that the boundary stars are feeling the gravitational effects of an unseen mass—dark matter—in a halo around the galaxy. Dark matter could also ...

The halo effect is a cognitive bias that occurs when an initial positive judgment about a person unconsciously colors the perception of the individual as a whole. When forming a first impression ...

However, this meteorological anomaly is actually an optical illusion caused by light ... where users compared the phenomenon to the Chinese myth where cosmic archer Hou Yi shoots down nine of ...

Some optical phenomena depend on the quantum nature of light and the interaction of light with matter. Geometric optics and physical optics are models that describe phenomena while ignoring properties ...

Single-photon superradiance is a quantum phenomenon where a collective network of molecules can very efficiently absorb these high-energy light particles and re-emit them at a lower, safer energy.

The discovery of bioluminescent sand on a San Diego beach just a few days ago has reignited public fascination with the stunning natural phenomenon. The spectacle, often caused by a bloom of ...

Single-photon superradiance is a quantum phenomenon where a collective network of molecules can very efficiently absorb these high-energy light particles and re-emit them at a lower, safer energy.