US /'sʌbˌsəfəs/
・UK /'sʌb'sɜ:fɪs/
This is before we add the subsurface essentially.
This is before we add the subsurface, essentially.
And then you've got a bunch of options, very computer, oh, IOR, subsurface.
Oh, IOR, Subsurface.
And finally, AI models that reproduce lifelike appearances, enabling real-time path-traced subsurface scattering to simulate the way light penetrates the skin, scatters,
And finally, AI models that reproduce lifelike appearances, enabling real-time path traced subsurface scattering to simulate the way light penetrates the skin, scatters, and exits at various points, giving skin its soft and translucent appearance.
We've actually captured images of water geysers shooting out of Enceladus, a moon of Saturn, housing a subsurface ocean.
We are almost 100% certain there's a subsurface ocean there.
We can see her on the left So obviously this is with subsurface scattering all that fancy stuff So this is Sun damage and stuff This is like freckles and sunspots if you didn't if you didn't have anything covering it so you can see here the the mole These things would be freckles, right?
So obviously this is with subsurface scattering and all that fancy stuff.
Beneath its icy surface lies a subsurface ocean, and the moon's geysers regularly eject water vapor into space, contributing to Saturn's faint E ring.
Beneath its icy surface lies a subsurface ocean,
Its goal was to map subsurface features by measuring variations in Earth's gravity.
Down along the eastern part of Antarctica, GRACE detected an immense subsurface presence.
Alright, let's add subsurface scattering to the skin to simulate light transmission.
Alright, let's add subsurface scattering to the skin to simulate light transmission.
Out of the 79 confirmed surrounding Jupiter, four ancient moons have astronomers really excited because they offer up some of the most distinctive geology in the solar system, including clues of deep, subsurface oceans that could be home to life.
That same tug-of-war heating effect is the reason why some astronomers believe that Jupiter's second Galilean moon is home to a deep subsurface ocean up to twice the volume of Earth's oceans.
Meanwhile, Tianwen-1 is planning to study Mars from the outside in, tackling its atmosphere, surface, and subsurface.
And for the subsurface research, both the rover and the orbiter will use radar to map the locations and depths of water ice deposits in Utopia Planitia in the northern hemisphere.