# Profile Fingerprint is based on mining the text of the experts' scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

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### Mathematics

Multiscale Methods

Time Scales

Strong Convergence

Stochastic Dynamical Systems

Multiple Time Scales

Numerical Scheme

Stochastic Equations

Averaging

Convergence Rate

Differential equation

Jump-diffusion Process

Weak Convergence

Adaptive Mesh

A.s. Convergence

Insulin

Strong Theorems

Redistribution

Ergodicity

Optimal Strategy

Nanostructures

Chemical Reaction

Invariant Measure

Error Analysis

Convergence Theorem

Electromagnetic Fields

Error Estimates

Optimality

Multiscale Computation

Finite Element Method

Modeling

Girsanov Theorem

Numerical Solution

Mesh

Stochastic Delay Differential Equations

Cahn-Hilliard Equation

Scale Space

Linear Response

Ginzburg-Landau

Linear system of equations

Stochastic Dynamics

Maxwell's equations

Density Functional

Quantum Mechanics

Forcing

SchrÃ¶dinger Equation

High-dimensional

Numerical Methods

Equivalence

Mean-square Convergence

Electron

### Physics & Astronomy

#### General

reaction kinetics

simulation

electronic structure

mesh

dynamical systems

estimates

sampling

thin films

tetrahedrons

electronics

variational principles

molecular dynamics

metastable state

eccentrics

energy

costs

complex systems

functionals

Maxwell equation

switches

equivalence

resonant frequencies

deviation

masks

estimators

histories

density functional theory

#### Mathematical and Computer Sciences

finite element method

error analysis

differential equations

eigenvalues

conjugate gradient method

theorems

#### Engineering

magnetic switching

pulse detonation engines

invariance

electromagnetic fields

excitation

#### Life Sciences

yeast

#### Chemistry and Materials

chemical reactions

isomerization

lactose

#### Physics

perturbation

oscillations

cycles

current density

diffusion coefficient

electrons

charged particles

#### Social and Information Sciences

scaling laws

### Engineering & Materials Science

Differential equations

Wave functions

Finite element method

Reaction kinetics

Electromagnetic fields

Dynamical systems

Current density

Nanostructures

Insulin

Error analysis

Maxwell equations

Electronic structure

Charged particles

Masks

Chemical reactions

Numerical methods

Experiments

Density functional theory

Sampling

Atoms

Computer simulation

Conjugate gradient method

Quantum theory

Random processes

Electrons

Escherichia coli

Carrier concentration

Linear systems

Azobenzene

Genes

Switches

Electric wiring

Isomerization

Charge density

Scaling laws

Molecular dynamics

Natural frequencies

Kinetics

Complex networks