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% glossary entries (alphabetical)
\newglossaryentry{curse of dimensionality}{
name={curse of dimensionality},
description={An expression coined by Richard E. Bellman as shorthand for a host of problems that arise when dealing with multidimensional spaces and datasets. In particular, }
}
\newglossaryentry{coherent multidimensional spectroscopy}{
name={coherent multidimensional spectroscopy},
description={TODO}
}
%TODO: full width half max: if spectral transition on amplitude level - if pulse (in time or frequency) on intensity level
\newglossaryentry{homodyne}{
name=homodyne,
description={TODO}}
\newglossaryentry{heterodyne}{
name=heterodyne,
description={A detection strategy in which the signal field is interfered with a much larger local oscillator field, amplifying the signal and allowing for signal phase extraction. In contrast to homodyne detection.},
see=[see also]{homodyne}}
\newglossaryentry{multiple population-period transient spectroscopy}{
name={multiple population-period transient spectroscopy},
description={TODO}}
\newglossaryentry{multiresonant coherent multidimensional spectroscopy}{
name={multiresonant coherent multidimensional spectroscopy},
description={A flavor of coherent multidimensional spectroscopy that is done in the frequency domain using multiple tunable light sources.},
see=[see also]{coherent multidimensional spectroscopy}}
%TODO: natural line narrowing: lineshapes are elongated due to driven signal which mixes frequency axes together - as Dan would say "the net detuning factor can be less than the sum of the individual detunings"
\newglossaryentry{pixel}{
name={pixel},
description={A single point in the multidimensional experimental space.}
}
\newglossaryentry{pump TrEE probe}{
name={pump TrEE probe},
description={TODO}
}
\newglossaryentry{PyCMDS}{
name={PyCMDS},
description={TODO}
}
%TODO: pure dephasing
\newglossaryentry{self heterodyne}{
name={self heterodyne},
description={TODO \textit{see also} \gls{heterodyne}}}
%TODO: spectral diffusion
%TODO: sudden approximation: system bath correlation time is zero
\newglossaryentry{transient absorption}{
name={transient absorption},
description={TODO}}
%TODO: voigt profile
%acroynms (alphabetical)
\newglossaryentry{CMDS}{
type=\acronymtype,
name={CMDS},
description={Coherent MultiDimensional Spectroscopy},
see=[glossary:]{coherent multidimensional spectroscopy}}
%TODO: DOVE
%TODO: EVV 2DIR
%TODO: MEOW
\newglossaryentry{MUPPETS}{
type=\acronymtype,
name={MUPPETS},
description={MUltiple Population-Period Transient Spectroscopy},
see=[glossary:]{multiple population-period transient spectroscopy}}
\newglossaryentry{PTP}{
type=\acronymtype,
name={PTP},
description={Pump Tr\textit{EE} Probe},
see=[glossary:]{pump TrEE probe}}
\newglossaryentry{TA}{
type=\acronymtype,
name={TA},
description={Transient Absorption},
see=[glossary:]{transient absorption}}
%TODO: TG
%TODO: TrEE
%TODO: TriVE
\newglossaryentry{WMEL}{
type=\acronymtype,
name={WMEL},
description={Wave Mixing Energy Level}}
%symbols (alphabetical)
\newglossaryentry{N}{
type=symbolslist,
name=\ensuremath{N},
description={Number of oscillators.}}
\newglossaryentry{beta}{
type=symbolslist,
name=\ensuremath{\beta},
description={Nonlinear absorptivity.}}
\newglossaryentry{chi}{
type=symbolslist,
name=\ensuremath{\chi},
description={TODO}}
\newglossaryentry{khat}{
type=symbolslist,
name=\ensuremath{\vec{k}},
description={Wavevector.}}
\newglossaryentry{lambda}{
type=symbolslist,
name=\ensuremath{\lambda},
description={Wavelength.}}
\newglossaryentry{nu}{
type=symbolslist,
name=\ensuremath{\nu},
description={Linear frequency.}}
\newglossaryentry{nubar}{
type=symbolslist,
name=\ensuremath{\bar{\nu}},
description={Linear wavenumber (inverse wavelength).}}
\newglossaryentry{omega}{
type=symbolslist,
name=\ensuremath{\omega},
description={Angular frequency.}}
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