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Information geometry, one, two, three (and four)
D. A. Johnston
, W. Janke, R. Kenna
School of Mathematical & Computer Sciences
Mathematics
Research output
:
Contribution to journal
›
Article
›
peer-review
51
Citations (Scopus)
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Mathematics
Lattices
100%
Spin Model
100%
Critical Behavior
100%
Scalar Curvature
100%
Dimensional Ising Model
100%
Specific Heat
100%
Spherical Model
100%
Scaling Relation
100%
Information Geometry
100%
Statistical Mechanics
100%
Black Holes
100%
Transition Point
100%
Relative Entropy
100%
Carry Information
100%
Time Dimension
100%
INIS
information
100%
geometry
100%
metrics
100%
space
50%
ising model
50%
phase transformations
50%
entropy
50%
one-dimensional calculations
50%
dimensions
25%
solutions
25%
statistical mechanics
25%
mean-field theory
25%
spin
25%
scaling
25%
black holes
25%
order parameters
25%
scalars
25%
quantum gravity
25%
specific heat
25%
spherical model
25%
Physics
Ising Model
100%
Pott Model
50%
Bethe Lattice
50%
Quantum Gravity
50%
Black Holes
50%
Specific Heat
50%
Statistical Mechanics
50%
Transition Point
50%
Engineering
Metrics
100%
Two Dimensional
50%
One Dimensional
50%
Ising Model
50%
Mechanical Model
25%
Carry Information
25%
Relative Entropy
25%
Potts Model
25%
Phase Structure
25%
Transition Point
25%
Chemistry
Ising Model
100%
Order Parameter
50%
Potts Model
50%
Quantum Gravity
50%
Statistical Mechanics
50%
Earth and Planetary Sciences
Ising Model
100%
Transition Point
50%
Statistical Mechanics
50%
Specific Heat
50%