Meteor showers shed light on where comets formed in the early solar system. ScienceDaily . Retrieved June 2, 2025 from www.sciencedaily.com / releases / 2024 / 08 / 240822130027.htm ...

“Specialized cameras measured the composition of some of these meteoroids.” The team studied 47 young meteor showers. Most are the crumbs of two types of comets: Jupiter-family comets from the ...

As our solar system formed, ... "These cameras measure the meteoroids' paths, how high they are when they first light up, and how they slow down in Earth's atmosphere," said Jenniskens.

The following is an extract from our monthly Launchpad newsletter, which explores the solar system and beyond. You can sign up for Launchpad for free here.. There is no better place to start ...

All eight of the solar system’s “major” planets appear in this illustration, but the actual number of planetary bodies orbiting our star is far greater. Digital Vision/Getty Images.

Pluto and other large bodies in the Kuiper Belt are surprisingly rich in rock rather than ice. It may be because the early solar system consisted of much more carbon than previously thought, a new ...

There are other icy moons in the Solar System with geysers, such as Triton around Neptune, but there are no plans to go back to the ice giants, Uranus and Neptune, just yet – although many want one.

The Sun, the planets, and all else that constitutes the solar system are hurtling toward the star Lambda Herculis, some 370 light-years away.

Our solar system consists of four small, rocky, inner planets (Mercury, Venus, Earth and Mars) and four large, gaseous, outer planets (Jupiter, Saturn, Uranus and Neptune).

This process, called accretion, is how everything in the solar system – planets, moons, comets and asteroids – came into being. Telescopes can see young solar systems being born.