1800 TV

13/03/2026

With Taiwo Olumide – I just got recognized as one of their top fans! 🎉

05/03/2026

🧏🧏🧏🧏🧏🧏

05/03/2026

Thank you Jesus

05/03/2026

AMEN ✅💯

05/03/2026

Trust in God ✅💯

05/03/2026

AMEN 🙏✅

05/03/2026

Incredible life

05/03/2026

Psalm 139 vs 14

05/03/2026

Abeokuta is so beautiful

19/02/2026

08/02/2026

A groundbreaking discovery has just shaken the world of astronomy. Planet Nine is real and it has finally been confirmed. This newly identified world is unlike anything we have seen in our solar system. Hidden far beyond Neptune, Planet Nine is a massive icy giant estimated to be five to ten times the mass of Earth. It is so distant that it takes between ten thousand to twenty thousand years to complete just one orbit around the Sun.

For nearly a decade, astronomers noticed strange movements in the Kuiper Belt, a region filled with icy rocks and debris beyond Neptune. These odd gravitational tugs hinted at a powerful and unseen object lurking in the darkness. First suggested by Caltech researchers in 2016, the theory of Planet Nine sparked years of research and debate. Now, with the help of cutting-edge telescopes, scientists have obtained direct visual proof of this long-hidden giant.

Planet Nine is believed to be an ice giant with a dense atmosphere and a rocky core. Its orbit is extremely stretched out, placing it tens of billions of kilometres from the Sun. On average, it sits twenty times farther away than Neptune, which is why it has remained undetected for so long.

Unlike Pluto, which was reclassified as a dwarf planet, Planet Nine ticks every box to be called a true planet. It is massive, orbits the Sun, and has gravitational control over its region. This makes it the first official addition to our solar system since Neptune was discovered in 1846.

Astronomers are now focused on understanding how this distant world formed, whether it has moons, and if more unknown planets are hiding in the deep reaches of space.

Stay connected for the latest in space exploration and the mysteries of our universe.