Five things you probably didn’t know about The Moon

Five things you probably didn’t know about The Moon

Five things you probably didn’t know about the Moon

Here are five mind-blowing facts you may not have realised about our closest neighbour

1. The Moon is flashing at us and we don’t know why

For many years now we have seen flashes on the Moon. They last between a few minutes to hours and we can’t predict them.

They have been spotted by amateur astronomers as well. Interestingly they do not seem to leave traces behind on the surface of the Moon. 

Some speculate that these flashes could be associated with seismic activity but astronomers do not really know what they are.

Explanation: these flashes are created because the Moon also displays Black Hole Principle behaviour in that sometimes it creates light through the annihilation process of matter and antimatter. 

The Black Hole Principle

The Black Hole Principle

2. A very dense anomaly has been detected under the South Pole of the moon.

As our ability to analyse bodies in space become more sophisticated, we have been able to scan the moon more deeply and found a few surprises. This has led to the finding of a very dense anomaly at the South Pole of the Moon. It could be some kind of very heavy metal and it’s 300 km beneath the surface. Our sense of the consistency of the moon has had to change. 

Explanation: As discussed in previous articles on this site, it seems that many elements are generated by The Black Hole Principle, possibly all the elements. So this could be the reason why there is a dense anomaly 300 km beneath the surface of the Moon. It is being created by the centre of the Moon. 

Five things you probably didn't know about the moon

Image: © NASA/Goddard Space Flight Center/University of Arizona

3. The Moon contains water ice and could be producing it.

We used to think that the Moon was dry but now we know there is a lot of water there. It is especially around the poles and in craters as water ice.

Explanation: Water production is one of the hallmarks of The Black Hole Principle. We would expect water to be plentiful at the poles as The Black Hole Principle works in a bipolar jet fashion as seen at the galaxy level.

Moon craters then become a result of an upwelling force not impact. As the flow reaches the surface from the Moon’s core, water jets are formed, hence the ice found in the craters. So far there have been signs that mainstream scientists are realising that moons can have upwelling effects and explosions due to the crater dynamics but this is far from a generalised idea. 

bipolar jet black hole

4. There could be active volcanoes on the moon.

Astronomers have detected signs of volcanic activity on the far side of the moon. We think there was some in the past but it could still be going on. We see volcanic activity on other moons in the solar system but this was also unexpected. 

Explanation: Volcanic activity is also the periodic release of energy from beyond the speed of light from the inner black hole dynamo of each planet of each moon. 

5. The moon is brighter than the sun in the gamma-ray spectrum.

We now have different telescopes in use that look at different parts of the electromagnetic spectrum. This has revealed to us that the Moon is actually brighter than the sun in the gamma-ray spectrum.

Explanation: Of course, the mainstream scientists will say that the gamma rays are only just hitting the moon from outside, but according to The Black Hole Principle, it is perfectly possible for the Moon to be creating gamma rays itself. 

I hope you have enjoyed our exploration of the Moon. Are there any facts that we have missed out? Which new revelations have interested you the most? Please leave a comment below this article. 

 

The Milky Way suddenly got brighter and nobody knows why.

The Milky Way suddenly got brighter and nobody knows why.

A Bright Mystery

In August 2019, Scientists spotted that the centre of our own galaxy, The Milky Way became 75 times brighter in just a few hours. It was in the Near-infrared spectrum so wasn’t visible to the ‘naked eye’. This was an increase far greater and faster than ever seen before.

Some Astronomers were at a loss as to how this occurred. Some people speculated that the flare-up was caused by a star falling into the black hole at the centre. The black hole is called Sagittarius A.

Of course, according to The Black Hole Principle, sudden flare-ups in brightness are to be expected. This is because, as light reaches us from higher dimensions, it splits into matter and antimatter. But then these can recombine to form light again. This can take various forms including gamma-ray bursts.

Our Breathing Galaxy

The timing of these cycles varies, from a few seconds to several months or even more. This is why we see these sudden flare-ups. They represent the ‘breathing’ process of The Black Hole Principle.

We even have some evidence that the gases near the centre of the Milky Way called High-velocity clouds ‘breathe’ in and out.

A quote from a Scientific American article discussing clouds of gas in the Milky Way that appear to be breathing in and out.

A problem solved

When you understand the underlying pattern, the sudden brightness of the black hole at the centre of the Milky Way can be explained. As to how it becomes so bright – well we are talking about the light from infinity coming into our world!

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Why does Saturn’s moon, Titan have so much oil?

Why does Saturn’s moon, Titan have so much oil?

Oil, coal and other hydrocarbons have been found all over space. But we think that these substances are fossil fuels. so how did they get there?

Why is there oil on Saturn’s moon, Titan?

Some years ago it was discovered that one of Saturn’s moons called Titan harboured masses of organic chemicals – effectively it’s a massive oil field.

It has more oil than we have on planet earth it even rains down hydrocarbons! In fact, hydrocarbons which are supposed to be the molecules of life, are found all over space. Scientists have even found oil on Mars.

Coal diamonds in space

And the biggest oil field ever discovered exists in the far reaches of space. Not only that but coal has also been found coming out of stars.

It causing some people to find a way to mine the resources in space which is actually a rapidly growing industry. But why are oil and coal there in the first place?

Fossils in Space?

Oil and coal are supposed to be fossil fuels created from long-dead trees and marine life.

Creation of Oil

There are no trees or marine life on Titan or Mars on stars or outer space so what is going on?

Upwelling theory

A big clue came from Physicist, Thomas Gold who wrote in his book, The Deep Hot Biosphere that the pattern of distribution of oil and coal on Earth fits an upwelling origin – which means that oil and coal are coming up from the deep and not sinking down from the surface.

It really is an excellent book that exposes that many of our ideas about fossil fuels and how they are created just do not stack up to the evidence. Gold was not the first to propose this idea; Russian scientists did so too. 

Oil from Black Holes

I am proposing that the reason we see hydrocarbons all over space is that they are being produced by the Black Hole Principle.

According to this theory, Mars, Titan and even the Earth are prolific in producing oil from their interior. 

But for the theory to be correct, we need to spot hydrocarbons coming out of black holes. 

And indeed we do see greasy molecules from galactic centres.

A radical new theory that fits the evidence

So you heard it first on Punk Science TV – Fossil fuels are not fossils but created by the interiors of black holes, stars, planets, moons and even comets – that’s why comets are covered in hydrocarbons.

If you want to know more about how the universe really works then follow me on Facebook or Youtube for more Punk Science TV

Further reading 

Fossil fuels and black holes

Methane on Mars

Why is the Galaxy blowing bubbles?

Why is the Galaxy blowing bubbles?

Gamma-ray bubbles have been detected around the Milky Way for a few years. Why are they there?

An unexpected discovery

In 2010, the Fermi telescope discovered two huge bubbles either side of the Milky Way Galaxy. This was in the Gamma-Ray aspect of the electromagnetic spectrum. To this day, mainstream scientists don’t understand what these structures are caused by.

Credit: NASA

In falling debris?

Early ideas suggested that this could have been an ancient explosion. But these gas cloud bubbles are still moving so some people think they represent material which fell into the black hole at the centre of the galaxy before being accelerated away to almost the speed of light.

Further resolution of the image provides clues. We can now see bipolar jets, one of the hallmarks of The Black Hole Principle.

Credit: NASA

 

The Solution

The gamma-ray jets are being produced by the central black hole at the speed of light and particles are also being accelerated at near-light speeds.

Reports that similar bubbles are being found around our nearest neighbour, Andromeda. So this type of pattern is possibly normal. This is to be expected in The Black Hole Principle.

The mystery of the Fermi bubbles is now solved: it is The Black Hole Principle in action. 

The Biggest Ever Explosion in the Universe

The Biggest Ever Explosion in the Universe

The Biggest Ever Explosion in the Universe

Astronomers have recently found the biggest explosion in the universe ever recorded. Or is it?

Astronomers recently reported that they had found the biggest explosion ever in the universe that they have ever found so far. It has punched a hole in the centre of a huge galaxy 390 million light-years away.
It’s estimated that the explosion had the power of 10 million times the lifetime energy output of the sun.

But is it an explosion?

Let’s look at some of the features.

  • It’s in the vicinity of a black hole.
  • It contains electrons at just below the speed of light
  • It created a concentrated jet.

Conventional scientists say that this explosion was created by in-falling material on top the black hole that was then accelerated out. But they are quite vague as to how a black hole actually does this.

In their minds, black holes are supposed to be sucking everything in so why is stuff exploding out?
They admit they don’t know what is going on.

Everything becomes clearer with The Black Hole Principle.

We expect jets of electrons to be emitted from black holes at just below the speed of light because they have only just entered our dimensions. This is accompanied by various types of radiation including radio waves.

This is obviously another Black Hole Principle event

Why is this event so powerful? It is powered by infinite light in higher dimensions that reaches our dimension via a black hole. When the light slows down it gives off these emissions often as beams of electrons at the speed of light because they have only just slowed down to our dimensions.

Black Hole Principle

We need to stop pretending that we know everything about our universe. There is a lot that we do not know. It lies beyond the speed of light. That is where these extreme energies are coming from.

It’s quite humbling really. It’s not an explosion but the effortless power of the universe creating itself from infinity.

 

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