Collision Course

You won’t believe what happens inside!

SOLSTICE SOLSTICE Age: Immortal S*x: Female Weight: 100 Talents Breed: Kytherian 1.0 The Twilight of Kytheron The horizon of Kytheron was bathed in the dim, dying light of Archon, the red giant that had sustained the planet for millennia. Once a warm, golden sun, it now swelled ominously, its surface...

We will know by its speed:

CNEOS 2014 01-08 You Will Know by Its Speed In the cold, dark reaches of space, somewhere far beyond our solar system, a small but resilient object—what we now know as CNEOS 2014-01-08—began its journe...

277.77 times inside the inner solar system in 1,000,000-years.

I Did the Nibiru Math and It Didn’t Add Up. Discover the fascinating dynamics of a brown dwarf star and its orbit duration of 3,600 years! In this video, we delve into the calculations revealing how of...

Comet 2P/Encke is a short-period comet that has one of the shortest orbits around the Sun, with a period of just about 3.3 years. It was discovered by Pierre Méchain in 1786, and later, Johann Franz Encke calculated its orbit, giving the comet its name. Unlike many other comets, which can have orbits that span centuries, 2P/Encke’s relatively rapid return makes it a frequent visitor to the inner solar system.

The comet is notable for its association with the Taurid meteor shower, which occurs annually. 2P/Encke sheds material as it orbits the Sun, creating a debris field known as the Taurid Swarm. This swarm consists of larger-than-average meteoroids and is responsible for the Taurid meteor showers that we see in October and November. The Taurid Swarm is thought to be part of a much larger debris field, possibly originating from the breakup of a larger parent body thousands of years ago. Some researchers speculate that this parent body may have been a giant comet or an asteroid, and its remnants contribute to both the Taurid meteor showers and other near-Earth objects.

Interestingly, the Taurid Swarm contains larger, potentially hazardous objects, some of which could pose a threat to Earth. During certain years, Earth passes through the denser parts of this swarm, which can result in an increase in both meteors and larger fireballs, known as Taurid fireballs. Some scientists have hypothesized that past impacts from Taurid Swarm objects may be linked to significant historical events, such as the Tunguska event in 1908, where a large explosion flattened trees over a vast area in Siberia.

The Taurid Swarm, due to its periodic nature and proximity to Earth, is the subject of ongoing research, particularly because it presents one of the more significant asteroid and comet debris fields that Earth regularly intersects. #2024

If Nibiru is Real, where is it?

If Nibiru is Real, Where is It? The Epic of Gilgamesh is one of the oldest known pieces of literature, originating from ancient Mesopotamia, and is centered around the adventures of Gilgame...