# 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

Vorticity

Wave equations

Experiments

Fluid dynamics

Nonlinear equations

Elasticity

Turbulence

Neurons

Iterative methods

Numerical methods

Asymptotic analysis

Euler equations

Derivatives

Boltzmann equation

Epitaxial growth

Viscosity

Phase transitions

Statistics

Costs

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

viscosity

heat