Spectrum (physical sciences)

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Related lectures (32)

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Spectral Estimation in Time Series

Covers spectral estimation in time series analysis, including imaging kernels, tapering methods, and AR models.

The spectrum of interpolated signals

Explores sinc interpolation and the spectral representation of interpolated signals based on the chosen interpolation period.

High Energy Photons and Wavelength Spectrum

Explores high energy photons, wavelength spectrum, and photon frequency.

Solar Radiation: Earth & Sun

Explores solar radiation, the electromagnetic spectrum, solar irradiance, and UV impact on satellites.

Photochemistry Fundamentals

Delves into the basics of photochemistry, exploring radiative decay kinetics, Jablonski's diagram, spin correlation, deactivation processes, Stokes shift, and emission spectrum.

Conformal Field Theories in AdS: Energy Spectra and Unitarity

Explores energy spectra in AdS, unitarity constraints, and the AdS-CFT correspondence.

Recovering dynamical properties: Path Integral Methods

Explores deconvolution of GLE spectra to predict and extract dynamical properties from MD.

Autocorrelation and Periodicity

Explores autocorrelation, periodicity, and spurious correlations in time series data, emphasizing the importance of understanding underlying processes and cautioning against misinterpretation.

Fixed Energy Propagator: Analytic Structure and Applications

Explores the fixed energy propagator, its analytic structure, boundary conditions, and applications in quantum systems.

The Spectrum: Operators and Observables in Quantum Physics

Covers the concept of the spectrum in quantum physics, including invertibility, eigenvalues, and observables.