Tactile JWST Jupiter (MIRI) - Accessible Astronomy Model

This is a 3D printable relief model of the planet Jupiter, created from data captured by the James Webb Space Telescope's Mid-Infrared Imager (MIRI).

The 3D model translates the brightness variations of the 2D infrared image into physical height. Bright features in the image, such as Jupiter's auroras and the Great Red Spot, are raised, allowing them to be felt.

How It Was Made

This model was generated using AstroTouch, a tool that converts astronomical FITS images into 3D printable STL surface relief models. This script allows users to transform the brightness variations in a 2D FITS image into height variations on a tangible 3D model.

Motivation

Astronomical data is overwhelmingly visual. This project aims to bridge that gap by providing a tool to create tactile representations of celestial objects, making astronomy more accessible and engaging for individuals who are blind or visually impaired (BVI).

By feeling the contours, peaks, and valleys corresponding to the planet's storms and atmospheric features, users can gain a different understanding of these complex astronomical structures.