# Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.

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### Mathematics

Lévy Process

Branching Brownian Motion

Model

Branching

Spine

Multilevel Methods

Preferential Attachment

Phase Transition

Martingale

Branching Random Walk

Skorokhod Problem

Traveling Wave

Embedding Problem

Gradient Flow

Brownian motion

Scale Function

Sandpiles

Hedging

Graph in graph theory

Stable Process

Vertex of a graph

Monte Carlo method

Self-similar Processes

Markov Process

Fragmentation

Large Deviations

Ball

Decompose

Random walk

Random Geometric Graph

Path

Poisson process

Large Deviation Principle

Elliptic PDE

Strong law of large numbers

Coefficient

Scaling Limit

Power Law

Super-Brownian Motion

Continuous-state Branching Process

Branching process

Hydrodynamic Limit

Converge

Elliptic Problems

Mixing Time

Galton-Watson Tree

Backbone

Anderson Model

Infinity

Superprocess

Poisson Point Process

Random Coefficients

Moment

Optimal Transport

Interaction

Scaling

Random Networks

Approximation

Differential equation

Pricing

Fluctuations

Zero

Regularity

Spanning Forest

Dissipation

Configuration

Zero-range Process

Particle System

Optimal Stopping Problem

Exponent

Stochastic Equations

Condensation

Duality

Fluctuations (theory)

Markov chain

Modeling

Roots

Jump

Appeal

Point Process

Nearest Neighbor

Lemma

Rate of Convergence

Coalescence

Lattice Model

Local Time

Excursion Theory

Sandpile Model

Siméon Denis Poisson

Subordinator

Partial differential equation

Boolean Model

Arbitrage

Giant Component

Domain Decomposition

Critical value

Grid

Robustness

Continuous Time

Limit Theorems

### Engineering & Materials Science

Partial differential equations

Monte Carlo methods

Markov processes

Phase transitions

Brownian movement

Differential equations

Dynamical systems

Decomposition

Derivatives

Boltzmann equation

Hamiltonians

Boundary value problems

Costs

Radon

Numerical methods

Entropy

Error analysis

sine-Gordon equation

Experiments

Thermodynamics

Lennard-Jones potential

Adsorption

Crack detection

Condensation

Tensors

Photonic crystal fibers

Shape optimization

Domain decomposition methods

Hydrodynamics

Sampling

Geometry

Trajectories

Finite element method

Anisotropy

Computational complexity

Finance

Eigenvalues and eigenfunctions

Random processes

Mesh generation

Porous materials

Tomography

Stochastic systems

Initial value problems

Glass

Polynomials

Mechanics

Kinetics

Meteorology

Capacitance

Atoms

Inspection

Vlasov equation

Galerkin methods

Stochastic models

Weather forecasting

Contrast media

Maximum likelihood

Laminates

Flow simulation

Coriolis force

Hysteresis

Protein folding

Fokker Planck equation

Composite materials

Relaxation time

Inverse problems

Nonlinear optics

Rotating machinery

Free energy

Statistical mechanics

Kinetic theory

Microwave heating

Gases

Groundwater flow

Fins (heat exchange)

Boolean functions

Mobile agents

Spectral density

Maximum likelihood estimation

Scaling laws

Incompressible flow

Image registration

Probability density function

Interpolation

Distributed power generation

Ladders

Topology

Rotating disks

Bins

Coarsening

Biological systems

Wavefronts

Flow structure

Mathematical operators

Friction

Plasticity

Nusselt number

Coercive force

Iterative methods

Solitons

### Physics & Astronomy

#### General

deviation

interactions

mesh

colloids

Markov chains

dynamical systems

metastable state

critical point

formulations

assembly

statistical mechanics

depletion

thermodynamics

configurations

entropy

kinetics

stochastic processes

apexes

scaling

degrees of freedom

folding

dissipation

attachment

decay

simulation

three dimensional models

thermodynamic equilibrium

martingales

energy

predictions

shape optimization

Green's functions

random walk

voids

microstructure

modularity

reaction-diffusion equations

fluctuation theory

infinity

norms

energy methods

vulnerability

Lennard-Jones potential

proportion

ecosystems

products

continuums

computerized simulation

limbs

exclusion

free energy

grids

frequency response

sum rules

formalism

closures

#### Engineering

self assembly

hydrodynamics

pulse detonation engines

trapping

assembling

moments

jamming

condensing

orthogonality

phase transformations

martensitic transformation

machinery

electrical resistance

resistors

#### Chemistry and Materials

glass

liquids

spin glass

gases

crystallization

zirconium oxides

#### Aeronautics

trajectories

#### Physics

gradients

traveling waves

hydrodynamic equations

potential energy

perturbation

coefficients

temperature

#### Mathematical and Computer Sciences

symmetry

approximation

Fokker-Planck equation

differential equations

Monte Carlo method

applications of mathematics

theorems

#### Life Sciences

infectious diseases

ecology

fitness

biology

#### Aerospace Sciences

ionospheric storms

cavities

weather

avalanches

#### Social and Information Sciences

scaling laws