# Fingerprint Dive into the research topics where A. Szabados is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Chemical Compounds

Hamiltonians

Wave functions

Electron correlations

Carbon Nanotubes

Molecules

Excited states

Electrons

Ionization potential

Ground state

Mathematical operators

Nanotubes

Geometry

Correlation methods

Equations of motion

Single-walled carbon nanotubes (SWCN)

Damping

Molecular structure

Excitation energy

Potential energy surfaces

Contamination

Crystal symmetry

Fullerenes

Hubbard model

Bosons

Sensitivity analysis

Dangling bonds

Ionization

Covalent bonds

Transition metals

Density functional theory

Magnetic resonance measurement

Chemical bonds

Orthogonal functions

Molecular orbitals

Method of moments

Electron diffraction

Dimers

Band structure

Semiconductor materials

Boundary value problems

Partial differential equations

Purification

Byproducts

Redundancy

Scattering

Water

Charge transfer

Poles

### Physics & Astronomy

#### Mathematical and Computer Sciences

perturbation theory

iteration

approximation

determinants

symmetry

eigenvalues

matrices

boundary value problems

#### Physics

wave functions

perturbation

orbitals

electrons

ionization potentials

equations of motion

atomic energy levels

N electrons

coefficients

ground state

#### Engineering

nanotubes

carbon nanotubes

excitation

moments

#### General

energy

scaling

products

configuration interaction

tubes

dissociation

optical activity

interactions

operators

shift

curves

Cauchy integral formula

expansion

damping

sensitivity analysis

molecular structure

linear operators

formulations

rings

method of moments

carbenes

redundancy

formalism

bundles

transition metals

conservation

#### Chemistry and Materials

molecules

fullerenes