Local Distance Network
The Local Distance Network offers a multi-route method for accurately determining the Hubble constant. It includes various techniques for gauging galactic distances, linking geometric approaches to establish H0.
The Universe is explored in this collection of accurate, accessible science graphics, designed to make understanding the cosmos clear and engaging. These visuals cover galaxies, stars, planets, black holes, and the Big Bang, helping to explain the structure, evolution, and scale of everything that exists. Perfect for educators, students, and space enthusiasts, this Universe graphic collection turns complex astronomical concepts into visually rich, easy-to-grasp resources for teaching and learning about the wonders of the cosmos.
Consistency of of Hubble Constant Measurements
The measurement of the Hubble Constant, highlighting variations from different methods and the consistency of these measurements across galaxies with differing redshifts.
Consistency of Distance Network Measurements
The consistency of distance network measurements used in calibrating the Hubble constant, showing how various methods align with each other.
Known Exoplanets
The collection of known Exoplanets represented based on their date of detection and their relative size to scale.
Earliest Ionised Bubbles
Age and location of spectroscopically-confirmed distant, early galaxies suggesting the presence of early ionised bubbles.
Earliest Stellar Luminosity Distribution
Distribution of the power output across all wavelengths of stars of known bright central regions of galaxies as a function of redshift.
Stellar Composite Spectrum
A composite spectrum using all publicly available low-resolution multi-object spectra with redshifts above 5.
Earliest galaxies distribution
Spectroscopically-confirmed early galaxies and the cosmic star formation rate before and after the first observations with the James Webb Space Telescope (JWST).
Earliest galaxies morphologies
Resolved morphologies of the early galaxies (with redshift > 6) observed with the James Webb Space Telescope (JWST).