Explanation:
Is this picture worth a thousand words?
According to the Holographic Principle, the most
information you can get from this image is about
3 x 1065 bits for a normal sized computer monitor.
The Holographic Principle, yet unproven, states that
there is a maximum amount of information content
held by regions adjacent to any surface.
Therefore, counter-intuitively, the information content
inside a room depends not on the volume of the room but
on the area of the bounding walls.
The principle derives from the idea that the
Planck length, the length scale where
quantum mechanics begins to dominate
classical gravity, is one side of an area
that can hold only about one bit of information.
The limit was first postulated by physicist
Gerard 't Hooft in 1993.
It can arise from generalizations from seemingly
distant speculation that the information held by a
black hole is determined not by its
enclosed volume but by the surface area of its
event horizon.
The term "holographic" arises from a
hologram analogy where three-dimension images are
created by projecting light though a flat screen.
Beware, other people looking at the
above image may not claim to see 3 x 1065 bits --
they might claim to see a
teapot.
suechsch der es objekt wo'd wötsch 3d gseh, machsch zwei printscreens vom objekt und zwor tuesch für s'zweite ganz bitzli (en augeabstand theoretisch) blickwinkel verschiebe (strafe) (immer no ufs objekt zentriert), und denn tuesch die beide bilder nebedenand legge und zwor so das s'objekt au wieder öppe augeabstand hät und denn muesch eher nöcher anegoh und gsehschs denn 3d
ok das isch, isch mer etz gad klar worde, nöd genau s'gliche prinzip, aber so häsch au lääsi 3d bilder selbergmacht
