Bekenstein bound

E26864

The Bekenstein bound is a theoretical limit in physics on the maximum amount of information or entropy that can be contained within a finite region of space with a given amount of energy.


Statements (47)
Predicate Object
instanceOf concept in theoretical physics
physical law
theoretical limit
appliesTo finite region of space
systems with finite energy
associatedWith black hole thermodynamics
generalized second law of thermodynamics
holographic principle
category information-theoretic bound
physical law about entropy
constrains information capacity of physical systems
possible states of physical systems
defines upper limit on entropy in a finite region of space
upper limit on information in a finite region of space
field black hole physics
information theory
physics
quantum gravity
thermodynamics
hasConsequence limits computational capacity of bounded systems
no arbitrarily large entropy in finite region with finite energy
hasMathematicalForm S ≤ 2πkRE/ħc
implies entropy is bounded by area and energy scales
limit on information storage density
maximum information content for given energy and size
motivated development of holographic ideas in quantum gravity
namedAfter Jacob Bekenstein
proposedBy Jacob Bekenstein
proposedInContextOf black hole entropy
relatedTo Bekenstein–Hawking entropy
black hole event horizon area
relatesQuantity energy
entropy
information
size of region
relatesVariable Boltzmann constant k
energy E
entropy S
radius R
reduced Planck constant ħ
speed of light c
status widely accepted in theoretical physics
supportsTheory holographic principle
usesConstant Boltzmann constant
Newtonian gravitational constant
reduced Planck constant
speed of light

Referenced by (2)
Subject (surface form when different) Predicate
Jacob Bekenstein
notableFor
Bekenstein–Hawking entropy
relatesTo

Please wait…