最終更新日：2024/08/04
The maximum computational speed of a self-contained system in the material universe, derived from Einstein's mass-energy equivalency and the Heisenberg uncertainty principle: it is approximately 1.36 × 10⁵⁰ bits per second per kilogram. This value is important in designing cryptographic algorithms that can never be cracked by brute force.
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Bremermann's limit
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Bremermann's limit
name
The
maximum
computational
speed
of
a
self-contained
system
in
the
material
universe,
derived
from
Einstein's
mass-energy
equivalency
and
the
Heisenberg
uncertainty
principle:
it
is
approximately
1.36
×
10⁵⁰
bits
per
second
per
kilogram.
This
value
is
important
in
designing
cryptographic
algorithms
that
can
never
be
cracked
by
brute
force.
意味（1）
The
maximum
computational
speed
of
a
self-contained
system
in
the
material
universe,
derived
from
Einstein's
mass-energy
equivalency
and
the
Heisenberg
uncertainty
principle:
it
is
approximately
1.36
×
10⁵⁰
bits
per
second
per
kilogram.
This
value
is
important
in
designing
cryptographic
algorithms
that
can
never
be
cracked
by
brute
force.
