Lectures related to Radio Interferometry Measurement Equation

Radio Interferometry: The Universe At Radio Wavelengths

Explores radio interferometry, MeerKAT telescope, imaging vs. single measurement, and Fourier transform in radio astronomy.

Radio Interferometry: Creating a Synthesis Telescope

Covers the creation of a synthesis telescope for radio interferometry and explains Fourier Optics.

Data Inspection: Visibility Data and CASA Software

Covers the inspection of visibility data and the use of CASA software for radio astronomy.

Radio Interferometry Measurement Equation: Understanding Radio Polarimetry

Explores the mathematical foundations of radio polarimetry and the calibration of radio interferometer systems.

Modern Cosmology: Observatories and Instruments

Explores the effects of COVID-19 on observatories, focusing on ESO and JWST.

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Radio Interferometry Measurement Equation: Correlation Matrix and Geometric Delay

Explores the correlation matrix, geometric delay, averaging, smearing, fringe stopping in radio interferometry.

Radio Interferometry Measurement Equation: Jones Zoo and Sequences

Explores the Jones Zoo and Sequences in the context of Radio Interferometry Measurement Equation.

Neutrino and gravitational wave telescopes

Explains the operation of neutrino and gravitational wave telescopes, global astronomy events, and the solar neutrino problem.

Radio Astronomy Insights

Delves into key discoveries in radio astronomy, from quasars to the Big Bang theory evidence.

Radio Astronomy: Technical Aspects

Explores radio astronomy's technical aspects, including radio telescopes, interferometry, calibration techniques, and Fourier theory.

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The Incredible Diversity of Radio Telescopes

Covers the diversity of radio telescopes and their technical aspects.

Calibration and Self-calibration

Explores calibration and self-calibration techniques in radio astronomy, including the use of calibrators and self-calibration strategies.

Numerical Methods: Boundary Value Problems

Covers numerical methods for solving boundary value problems using Crank-Nicolson and FFT.

Image Processing I: Ordered Dithering and Fourier Transform

Explores ordered dithering and Fourier transform in image processing.

Interferometry and Coherence

Explores coherence and interferometry principles, including statistical optics, autocorrelation functions, and optical coherence tomography applications.

The Fourier Transform

Introduces the basics of the Fourier Transform, covering concepts like resolution, periodicity, 2D transforms, amplitude, phase, and convolution.

Fourier Series and Transforms: Introduction and Properties

Covers Fourier series, Fourier transforms, and convolution properties, including linearity and commutativity.

Radio Interferometry: The Universe At Radio Wavelengths

Covers the basics of radio interferometry, focusing on sensitivity, resolution, brightness, delay, interference, and fringes.