J
Jamie M
Guest
Hi,
Information can be compressed losslessly to a certain density, ie with a
compression algorithm a file can be reduced in size, depending
on the complexity (information density) of the data.
What if the same concept applies geometrically to space and matter?
In that case complex configurations of matter and energy would be less
compressible geometrically, or have an anti-gravity dark energy type
force. In the overall view of the universe, the configuration of
the matter and energy could give a net overall expanding force that
acts opposite to gravity.
cheers,
Jamie
Information can be compressed losslessly to a certain density, ie with a
compression algorithm a file can be reduced in size, depending
on the complexity (information density) of the data.
What if the same concept applies geometrically to space and matter?
In that case complex configurations of matter and energy would be less
compressible geometrically, or have an anti-gravity dark energy type
force. In the overall view of the universe, the configuration of
the matter and energy could give a net overall expanding force that
acts opposite to gravity.
cheers,
Jamie