PYTHON FOR ASTRONOMY| How To Read FITS File For Beginners| Astropy| IMAGE Analysis| скачать в хорошем качестве

PYTHON FOR ASTRONOMY| How To Read FITS File For Beginners| Astropy| IMAGE Analysis|

Analyzing FITS data with Jupyter Notebooks, Python, and Astropy This tutorial on How to read FITS files using Astropy invokes insight into How to Read image data from Primary HDU and plot the Intensity Valuev of each pixel. If you are an absolute beginner then this video will be very helpful for you. This video will teach us how to read FITS files using Astropy in Python. FITS stands for Flexible Image Transport System and is a popular file format for storing scientific data, especially astronomical data. Astropy is a powerful and easy-to-use Python library for astronomy and astrophysics that provides a set of tools for working with FITS files. We will start by installing Astropy using pip. Then, we will download a sample FITS file from the internet and load it into our Python environment. We will use Astropy's fits module to read the file and access its data. Next, we will learn how to access the header information of the FITS file using the header attribute. The header contains essential information about the data in the file, such as the instrument used to collect the data, the observation date and time, and the exposure time. We will also learn how to access the actual data in the FITS file using the data attribute. We can then manipulate and visualize the data using other Python libraries such as NumPy By the end of this video, you will have a solid understanding of how to read FITS files using Astropy in Python and be ready to start working with your astronomical data. ----------------------------------------------------------------------------------------------------------------------- Title: "Unveiling the Cosmos: Exploring the Universe with the UVIT on ASTROSAT Telescope" 🔭 What is UVIT? The UVIT is a state-of-the-art ultraviolet imaging telescope aboard the ASTROSAT satellite, India's first dedicated multi-wavelength space observatory. It is designed to capture high-resolution images in the ultraviolet spectrum, providing astronomers with a unique perspective on celestial objects. Discover how ASTROSAT, with its complement of instruments including UVIT, plays a crucial role in the global astronomical community and contributes to collaborative research initiatives. Hit the play button to embark on a journey through space and time with the UVIT on ASTROSAT. Don't forget to like, subscribe, and ring the notification bell to stay updated on our cosmic explorations. Let's delve into the wonders of the cosmos together! 🌌✨ #ASTROSAT #UVITTelescope #SpaceExploration #Astronomy #CosmicDiscovery ___________________________________________________________________________________________________ SOME PYTHON BOOKS TO BUY: 1. https://amzn.to/3W5fsvv 2. https://www.amazon.in/Programming-Beg... 3.https://www.amazon.in/Doing-Math-Pyth... 4. https://www.amazon.in/NumPy-Data-Anal... 5. https://www.amazon.in/Data-Analysis-P... 6. https://www.amazon.in/Scipy-Numpy-Dev... ------------------------------------------------------------------ PYTHON FOR ASTRONOMY | HOW TO READ ASTRONOMICAL SPECTRA FITS FILE| SDSS| #pythonforbeginners Analyzing FITS data with Jupyter Notebooks, Python, and Astropy How to Convert 1D array into 2D array in Python |For Absolute Beginner| Numpy Python Basic Guassian fit from Scratch| Scipy Curve_fit| Matplotlib|Numpy Python coding in astronomy(step by step) | handle FITS files | Astronomy grad explains पायथन भोजपुरी में|PYTHON IN BHOJPURI|HOW TO PLOT SCATTER |FOR BEGINNERS | #pythonforbeginners Python for Astronomy 3: Handling FITS files using Python PYTHON SOURCE CODE FOR Rice Quality Analysis Using Machine Learning