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Hubble has been instrumental in observing exoplanets, determining their composition, and analyzing their atmospheres. This helped in understanding the diversity of planetary systems.

Hubble has observed the aftermath of Supernova 1987A over time, shedding light on how supernovae evolve and the complex structure of the remnants.

Hubble's deep field images reveal galaxies billions of light-years away, showing the evolution of galaxies from the early universe to today.

Hubble has provided evidence for supermassive black holes at the centers of galaxies, including our own Milky Way, changing our understanding of galaxy dynamics.

The Hubble Deep Field image, taken in 1995, has shown some of the most distant galaxies ever observed. This provided a glimpse into the early universe.

Hubble's data provided evidence that the universe's expansion is accelerating, this unexpected discovery led to the theory of dark energy.

Hubble's observations of gravitational lensing have tested Einstein's theory of general relativity and helped to map dark matter in clusters of galaxies.

Hubble was essential in discovering additional moons of Pluto beyond Charon, improving our knowledge of the Kuiper Belt and distant solar system bodies.

Using spectroscopy, Hubble has analyzed the composition of the atmospheres of planets in our solar system, contributing to our understanding of planetary science.

Hubble captured the light from a kilonova, an explosive event that occurs when two neutron stars collide, which is vital for understanding heavy element creation.

By observing distant stars and galaxies, Hubble helped to precisely calculate the age of the universe at about 13.8 billion years, using the Hubble constant.