Fingerprint The fingerprint is based on mining the text of the scientific documents related to the associated experts. Based on that an index of weighted terms is created, which defines the key subjects of research unit
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Mathematics
Energy
Model
Vortex
Estimate
Zero
Theorem
Fluid
Random Graphs
Dynamical system
Graph in graph theory
Singularity
Regularity
Scaling Limit
Large Deviations
Two Dimensions
Ginzburg-Landau
Converge
Spin Glass
Interaction
Random walk
Homogenization
Fluctuations
Term
Approximation
Eigenvalue
Random Matrices
Metric
Lower bound
Ising Model
Invariant
Navier-Stokes Equations
Ising
Range of data
Ensemble
Arbitrary
Three-dimension
Norm
Global Existence
Lipschitz
Stochastic Homogenization
Nonlinear Schrödinger Equation
Euclidean
Infinity
Harmonic Maps
Scaling
Uniqueness
Coefficient
Entropy
kernel
External Field
Riemannian Manifold
Phase Transition
Minimizer
Convex Body
Asymptotic Behavior
Universality
Free Energy
Curvature
Three-dimensional
Cell
Operator
Scattering
Superconductivity
Boltzmann Equation
Rational Points
Global Solution
Decay
Metric space
Integral Equations
Statistics
Discretization
Navier-Stokes System
Rigidity
Ginzburg-Landau Equation
Limiting
Elliptic Equations
Brownian motion
Preconditioner
Siméon Denis Poisson
Vorticity
Schrödinger
Curve
Lyapunov Exponent
Statistical Mechanics
Solitons
Higgs
Iterative Substructuring
Large Deviation Principle
Domain Decomposition
Boundary conditions
Shock
Magnetic Field
Line
Class
Perturbation
Projection
Variational Problem
Euler Equations
Ball
Formulation
Engineering & Materials Science
Vortex flow
Fluids
Boundary conditions
Dynamical systems
Integral equations
Scattering
Hamiltonians
Navier Stokes equations
Polynomials
Decomposition
Partial differential equations
Geometry
Hydrodynamics
Entropy
Computer simulation
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Nonlinear equations
Elasticity
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Boltzmann equation
Epitaxial growth
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Phase transitions
Statistics
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Conservation
Magnetic fields
Probability distributions
Differential equations
Kinetics
Markov processes
Sampling
Domain decomposition methods
Physics
Helmholtz equation
Molecular dynamics
Stochastic models
Flow of fluids
Free energy
Brownian movement
Chaos theory
Boundary value problems
Newton-Raphson method
Fluxes
Blood
Linear systems
Reynolds number
Magnetohydrodynamics
Climate models
Parameterization
Thin films
Surface tension
Maxwell equations
Acoustic waves
Ground state
Scaling laws
Inverse problems
Mathematical operators
Statistical mechanics
Momentum
Ising model
Nematic liquid crystals
Topology
Ice
Solitons
Laplace equation
Green's function
Composite materials
Boundary layers
Gravity waves
Approximation algorithms
Superconductivity
Probability density function
Acoustics
Coloring
Advection
Poisson equation
Recovery
Eigenvalues and eigenfunctions
Plasmas
Damping
Temperature
Time series
Liquid crystals
Ordinary differential equations
Sobolev spaces
Boundary integral equations
Spin glass
Fibers
Incompressible flow
Topography
Physics & Astronomy
General
fluids
vortices
simulation
interactions
energy
dynamical systems
free energy
scaling
Ising model
expansion
boundary conditions
chaos
exponents
predictions
strings
geometry
scalars
operators
formulations
thermodynamics
cells
continuums
statistical mechanics
dissipation
profiles
entropy
configurations
flapping
vortex sheets
grids
estimates
convection
multipoles
molecular dynamics
uniqueness
Coulomb collisions
optimization
kinetics
variational principles
climate
regularity
closures
advection
Stokes flow
intermittency
diffusivity
decay
locomotion
filaments
formalism
fluid flow
divergence
shock
climate models
sampling
Markov chains
shear
tracers
collisions
Engineering
hydrodynamics
fluid dynamics
scattering
pulse detonation engines
Chemistry and Materials
spin glass
land ice
ice
gases
composite materials
incompressible fluids
liquids
Mathematical and Computer Sciences
approximation
theorems
integral equations
nonlinear equations
statistics
vorticity
partial differential equations
existence theorems
Monte Carlo method
differential equations
symmetry
Geosciences
oceans
sea ice
Aerospace Sciences
turbulence
magnetohydrodynamics
magnetic fields
Antarctic regions
Physics
solitary waves
perturbation
velocity distribution
ground state
temperature
gradients
oscillations
wave equations
turbulent diffusion
Navier-Stokes equation
fermions
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heat