Telescopes work by using their large mirrors to collect more
light than the human eye can detect on its own.
Not exact matches
The WFIRST instrument will capture infrared
light, which has a longer wavelength
than optical
light invisible to the
human eye.
NASA's Wide - field Infrared Survey Explorer (WISE), slated for launch no earlier
than 6:09 A.M. Pacific Standard Time on December 11, is charged with mapping the sky in the mid-infrared to create an atlas of objects whose emitted
light is invisible to
human eyes and largely absorbed by Earth's atmosphere.
However, in actuality stars radiate in all parts of the spectrum, and because all spectral colors combined appear white, the actual apparent colors the
human eye would observe are far
lighter than the conventional color descriptions would suggest.
But canine
eyes are structured so that they can see in dimmer
light than humans.
As Cerny explained, the
human eye is capable of perceiving a larger range of
light than the standard PS4 hardware can provide.
The
human eye processes images with a mix of bright
light and deep shadows far better
than a camera lens can.
In short, low -
light performance should be better
than any other phone, and exposure balance will more closely mimic what the
human eye actually sees.
Night time video also looks fantastic, with tons of
light appearing in a scene; in fact most times the camera will view a scene as brighter
than a
human eye would, making a scenario look brighter
than it actually is to our
eyes.