A new study in astrophysics has found why some planets’ paths have certain peculiar features. The formation of the solar ...

A planet-sized visitor possibly visited the solar system billions of years ago and permanently changed the cosmic neighbourhood by warping the orbital path of four outer planets of the system, a ...

This Python script provides a detailed visualization of the orbital paths of the major planets in our solar system, with a special focus on Pluto and its relationship with the Kuiper Belt. Utilizing ...

The Sun is the largest object in the Solar System. The Sun’s huge gravitational field keeps many other objects – planets, dwarf planets, asteroids and comets – in orbit around it.

The moons around planets in the Solar System are natural satellites – they ... but will travel around a fixed path.

The planets in solar do not have circular orbit around ... A new research is now looking at what really caused this change in the orbital path of planets. A close encounter with a massive ...

Beyond Neptune lies the Kuiper Belt, a vast expanse of icy bodies that may hold clues to the solar system’s formation. These ...

Abstract: In the Solar system, a quasi-satellite is an object that follows a heliocentric path with an orbital period that matches almost exactly with that of a host body (planetary or not). The ...

The cosmos, full of endless wonders and mysteries, keeps throwing us celestial curveballs. In a revelation that could reshape ...

A lineup of six planets will appear to align along their orbital paths ... relative positioning and orbits of the planets in our solar system as viewed from Earth. The fact that four planets ...