J1407b, located 434 light-years away in the constellation Centaurus, was the first exoplanet discovered to have rings.

Exoplanet rings are primarily composed of dust particles, ranging in size from tiny grains to larger boulders.

HD 69830 d, located 41 light-years away, possesses the most extensive and prominent ring system among known exoplanets.

Exoplanet rings can form through various mechanisms, including collisions between moons, tidal forces from the host star, and gravitational interactions with other planets.

HR 8799 c, located 129 light-years away, has rings that are tilted with respect to its equator, making them unique among known exoplanet rings.

The exoplanet ring system around J1407b is estimated to be approximately 100 million years old, making it a relatively young ring system.

HD 107146 b, located 63 light-years away, has rings that are composed primarily of water ice, making them unique among known exoplanet rings.

The exoplanet ring system around HR 4796A b has an approximate size of 10 million kilometers, making it one of the largest known exoplanet ring systems.

1SWASP J140747.93-394542.6 b, located 430 light-years away, has rings that are located far beyond its Roche limit, making them a unique and intriguing phenomenon.

The exoplanet ring system around HD 69830 d is estimated to be approximately 1 billion years old, making it one of the oldest known exoplanet ring systems.

Fomalhaut b, located 25 light-years away, has rings that are composed primarily of silicate dust, making them unique among known exoplanet rings.

The exoplanet ring system around J1407c has an approximate size of 100,000 kilometers, making it one of the smallest known exoplanet ring systems.

Kepler-86b, located 1200 light-years away, has rings that are located within its Roche limit, making them a unique and intriguing phenomenon.

The exoplanet ring system around Kepler-1625b is estimated to be approximately 10 million years old, making it one of the youngest known exoplanet ring systems.