Compare James Webb Space Telescope images to older images.

James Webb Space Telescope First Images. Compare before and after images of Hubble vs Webb. Project contains 4 versions of the same app to demonstrate different features of Plotly Dash and Dash community components libraries.

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Webb-app for users to fill in their answers from a questionaire and compare the results to others in a normal distribution/curve

Reproducing the amazing WebbCompare app in Streamlit

A Webb application where the user can compare different Star Wars characters and their attributes with each other.

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Compare the difference between Hubble and Webb telescopes

Webb Application to compare user data with nfl player data

write a fun webb app for comparing and predicting tweets

Compare Images taken from Hubble Telescope vs James Webb Telescope and generate a difference map.

Clone of Michael Webb's AugClassSPA2022 for purpose of comparing install and porting processes between multiple Heroku competitors

Image slider that lets users compare the Deep Field images by the Hubble (2004) and Webb (2022) space telescopes. Made possible by the Juxtapose library.

This program imports light profile images received from the James Webb Space Telescope and fits a double Sersic model to it. A non-linear search algorithm is used for the fitting process. Evaluation is achieved by comparing log likelihood values.

This application uses the selectorlib import to allow a specified webb site to be continuously scraped for upcoming tour information, this data is then compared to a sql lite database and if the data is new to the db a notification email is sent to a specified address.

The James Webb Space Telescope MIRI instrument will revolutionize extragalactic astronomy with unprecedented sensitivity and angular resolution in mid-IR. The main purpose of this work is to build mock observations for MIRI using the state-of-the-art cosmological simulations (Illustris TNG50) to build JWST-like observations of galaxies at z = 3 at different wavelengths. We created synthetic images with the SKIRT radiative transfer code, including the effects of scattering and dust attenuation. The noiseless images are processed using MIRISim to mimic the observational strategy of the Cosmic Evolution Early Release Science survey for a MIRI pointing. We calibrated the images with the JWST Pipeline, and then compare them with the noiseless image, quantifying the quality of the simulation and calibration using first-look aperture photometry measurements.