Antimatter from black holes

Antimatter from black holes

Antimatter is the opposite of matter and it is supposed to be rare. So why do we see antimatter all over the universe and what does it have to do with black holes?

The shy physicist discovers antimatter

The story of antimatter really starts with the British physicist, Paul Dirac whom you may not have heard of despite the fact that he won a Nobel prize. This is because he was tremendously shy and did not like publicity. Back in the 1920s he predicted the existence of antimatter.

Paul Dirac

Paul Dirac Public Domain

Antimatter particles are basically the opposite to their matter counterparts. An electron has an opposite particle, like an anti-electron or what’s known as a positron. Various forms of matter have various forms of antimatter associated with them.

It’s supposed to be quite rare in the universe but antimatter was eventually detected in cosmic rays, confirming Dirac’s predictions and he won a Nobel Prize.

Big Bang stories

Mainstream scientists think that shortly after the Big Bang, almost all the matter and antimatter in the universe annihilated each other.

Somehow, although nobody is sure how or why, a little bit more matter was created than antimatter. So matter won the day.

And that’s why we see more matter than antimatter in the universe today.

Antimatter from black holes

Antimatter matter annihilation. NASA

This really is the inexplicable, ludicrous story that exists in mainstream science as to how there is more matter than antimatter in our universe.

It is based on circular logic – we think it is true because the observations fit the very story we made up to fit the observations. 🙄 

How do we detect antimatter?

We detect antimatter indirectly because when a particle of matter and antimatter come together they create a form of light radiation such as a Gamma-Ray burst.

We can tell by the signature of that radiation what has actually created it. So we know that it’s a particle of matter and antimatter colliding.

In recent times we’ve been finding antimatter in unexpected places in the universe.

For example, there are antimatter fountains pouring out of the Milky Way. This is what one article had to say.

Antimatter from black holes

Articles like this one show that there’s so much that we still don’t understand about the universe, even about powerful and common phenomena.

Antimatter from black holes

Antimatter fountain from Milky Way Galaxy. Credit: NASA.

Making sense of antimatter

But once you understand The Black Hole Principle, the antimatter fountains start to make sense. The Black Hole Principle says that light travels through higher dimensions until it reaches the edge of our reality at the speed of light which I call the Perception Horizon where it splits and forms matter and antimatter. 

The Black Hole Principle

The Black Hole Principle

These two particles then combine again to form light in the form of gamma-ray bursts that we can detect. However, this ‘breathing’ at the edge of a black hole occurs in a seemingly random pattern.

And this is happening at every single level of the universe.

Making Predictions

So what we’re going to expect at every single level of the universe are signatures of this matter and antimatter creation and annihilation into light.

It occurs at the edge of our perceptions, which happens to be at what we call the speed of light.

But there are other levels of light beyond what we call the speed of light and that is what’s actually creating what we see around us as our universe.

The Antimatter Factory on the Sun

Another example is the so-called antimatter factory on the sun where the sun is blasting subatomic particles to almost at the speed of light.

Antimatter factory on the sun

What’s actually happening is the particles are coming into our world and as they get just below the speed of light, they actually seem to be moving very, very fast. But actually they’ve just slowed down to enter our world of below the speed of light. We can’t perceive most of the universe – which is why people talk about dark matter and dark energy,

Once you know the basic pattern of The Black Hole Principle,  you can start predicting where you can find antimatter.

The Antimatter beams above our heads

One of the places NASA found antimatter was in thunderstorms in 2011. I predicted this happening in my book in 2005.

Beams of antimatter in storms were found using a gamma-ray telescope. These antimatter particle beams are actually being created above our heads and they don’t make any sense to mainstream scientists.

Thunderstorms make antimatter

But when you understand the underlying simple principle, the Black Hole Principle, you can not only expect this, you can predict this as well.

Positron beams in hurricanes

So another example is in Hurricanes.

Back in 2018, scientists published that they had discovered Positron beams inside hurricanes.

This, again, was a surprise to the scientists.

Hurricanes and black holes

Similarities between hurricanes and black holes

But it’s another example of how, at every single level, we see the same pattern.

Hurricanes behave similarly to a galactic black hole. They produce Electrons – causing lightning,
Positrons – the antimatter, the Gamma-Ray bursts and water as well, which is something that we know black holes produce.

The patterns of antimatter

So once you have the simple underlying pattern, you can understand why antimatter which is supposed to be very rare, is actually being detected all over the universe.

 

 

What creates Saturn’s rings?

What creates Saturn’s rings?

What creates Saturn’s rings?

Did you know that scientists still don’t know what created the rings of Saturn?
In this episode, we look at the data from the Cassini probe to see if it can shed light on this enigma.

what creates Saturn's Rings

A cosmic mystery

First spotted by Galileo, Saturn’s rings are a source of fascination for human beings. So it seems strange that after all this time, we still don’t know how they were created. 

What creates Saturn's Rings

Galileo was thought to have first viewed Saturn’s rings

Cassini’s mission

Thanks to the Cassini missions we have now visited Saturn’s rings and found a few more details.

What creates Saturn's rings

Because the rings are very bright and reflective, scientists have concluded that they are younger than the planet Saturn itself because there hasn’t been enough time for dust particles to decrease this reflectivity.

Was it a collision?

One of the best explanations that scientists have come up is – a collision! Yes, just as in previous examples discussed on this site, when they don’t have an explanation for an observed phenomenon they conclude that it is a collision or an explosion.

Space Universe Outer Space Planet - 12019 / Pixabay

12019 / Pixabay – Planetary Collision

Can the Black Hole Principle provide the answer?

According to The Black Hole Principle, creation is happening at every single level coming in from infinite light all the way through to our reality below the speed of light.

The Black Hole Principle

The Black Hole Principle

 

As I have said on this site many times before, this also creates water and organic compounds such as methane.

It woz Saturn!

So the short answer is Saturn itself is creating the rings. Just as a black hole in a galaxy creates spiralling material. 

Fermi Bubbles

Jets from the Milky Way create gamma-ray and X-ray bubbles Credit: NASA

Saturn also is a black hole that creates water which then freezes. We have discussed before how The Black Hole Principle creates water and Saturn is no different. 

The organic material created by The Black Hole Principle process within Saturn is why the inner rings have more organic material than the outer before it dissipates and also why the rings are moving so fast – this is material being ejected from Saturn. 

What creates Saturn's rings

Saturn’s spiralling rings

The Geometry of Creation

So why doesn’t every planet have rings? Each level of the Black Hole Principle expresses itself differently. It is all part of the one ultimate spiral of light – so each particle and planet is just somewhere on the spectrum of this one ultimate spiral.

What determines how it will behave? Geometry!

And if you have any doubt that geometry and mathematics are fundamental to the universe – just look at Saturn’s Hexagon at its pole.

Saturn's Hexagon

Geometry causes each level to behave in a different expression of the one pattern. In the case of Saturn, the underlying geometry creating it is beautifully staring at us. 

I hope you found this episode of Punk Science TV and the article interesting. Please leave a comment below and tell me what you think

 

The Mystery of Earthquake Lights

The Mystery of Earthquake Lights

Mysterious Lights have been spotted around Earthquakes but what is causing them?

An elusive mystery

For 300 years, people have been recording mysterious lights that sometimes appear around earthquakes. For many years these reports have been dismissed but recently, people have managed to capture footage of the phenomenon. Sometimes it appears to look like lightning but coming from the ground.

The mainstream science

It doesn’t occur in all earthquakes and its mechanism is still mysterious. Some scientists remain sceptical that they exist at all. Some have proposed that earthquake lights are created by rocks and crystals such as quartz which generate electric currents when an earthquake occurs. This is far from being confirmed, however.

Earthquakes as black holes

From the perspective of The Black Hole Principle, Earthquake lights are easily explained. If the same mechanism that occurs in black holes at the centres of galaxies occurs in earthquakes then the lights are created by the combination of matter and antimatter.

The Black Hole Principle

The Black Hole Principle

Electrons at close to the speed of light are also discharged from a black hole so the lightning from an earthquake is also to be expected.

For more information on how earth phenomena are created by The Black Hole Principle, check out these earlier articles here, and here. 

It is my hope that this knowledge will one day help us to combat earthquakes and alleviate the human suffering that they cause.

 

 

Winking Black Holes

Winking Black Holes

Is a black hole winking at us?

A Galaxy named 1ES 1927+654 became the object of attention for astronomers when it went through a 40-fold increase in brightness in March 2018.

They started discussing ‘winking black holes’. In this article, we discuss what is meant by that and what is really going on. 

Ordinary no more?

What was thought to be an ordinary black hole at the centre of a galaxy was surprising scientists who turned their telescopes to study it further.

After that initial brightening, the Black Hole then dimmed, getting 10,000 times less bright in less than a year. It has since become brighter again. Hence the idea that it is winking.

Why so fast?

Current orthodox scientists believe that such changes should happen over thousands of years – but this black hole changed by a factor of 100 over the course of eight hours.

One of the foremost theories for what is going on is that a star has collided with the region around the black hole.

Winking black holes

© NASA/JPL Caltech
Mainstream Scientists believe that a star colliding with the area around a black hole is causing it to ‘wink’.

Mystery Solved

However, by understanding, The Black Hole Principle, the mystery is solved. This predicts that the material ejected from the black hole fluctuates in an unpredictable pattern

The Black Hole Principle

The Black Hole Principle

We don’t need to evoke any violent or weird situations to explain this. Already mainstream scientists have told us about the amazing abilities of black holes to burp and gobble and they are now saying that they can wink. 

It’s simply not necessary if you understand the black hole ‘winking’ as a natural consequence of the process at the edge of our reality. 

 

 

Fast Radio Bursts – finally solved!

Fast Radio Bursts – finally solved!

Fast Radio bursts are one of the biggest mysteries in science today.

You may have heard of them because scientists are so stumped as to what is causing them that they are inventing all sorts of theories. Even that they could be alien communications!

So that’s what we are looking at in this episode of Punk Science TV.

An unexpected signal

In 2007 a scientist named Duncan Lorimer was looking over old data from the 1990s for new insights on pulsars when his student found a huge spike that everybody else had missed.

It was a burst of radio waves that had so much power in a short time that it would have taken the equivalent of all the energy of the solar system to produce them.

It wasn’t very certain if they were an artefact or not but after a while, scientists were finding more of these Fast Radio Bursts or FRBs and they are one of the biggest mysteries of space.

Characteristics of FRBs

What we know about FRBs

1. They emit huge amounts of energy in a short time – we are talking about thousands of a second in some cases.
2. They are coming from various places in the universe including our own galaxy.
3. They can sometimes repeat themselves after days or even hours.
Sometimes the source becomes quiet and we haven’t seen them repeat yet.
4. FRBs come in different strengths.

Alien Radio?

Explanations that have been put forward have included everything from alien communication to neutron stars colliding. We also have a favourite – they are being emitted from objects called Magnetars which are like neutron stars with strong magnetic fields.

Magnetar Burst - artist impression

NASA’s Goddard Space Flight Center/S. Wiessinger

(And let’s not forget – these are made-up objects anyway to try and explain the effects we see in space! We haven’t actually seen them directly.)

Chasing the Gamma Rays to the Black Hole

Well, we are now tracking the source of the FRBs and have found that Gamma Ray bursts and X-rays are found in the same area at around the same time.

These are barn door characteristics of The Black Hole Principle.

1. You have the power emitted in a short amount of time, much more than can be explained easily. That’s because the energy is entering into our dimension from infinity.

2. The seemingly random patterns – emission over seconds, hours, days, months or even years can be possible.

It’s the breathing process of the black hole principle that can seem random to us.

3. FRBs are coming from all over space which would be expected as BHP is fractal in nature.

4. And they are associated with gamma-ray bursts and X-rays which I have long spoken about as the consequence of the antimatter, matter and light cycle at the edge of the black hole.

The Black Hole Principle

The Black Hole Principle

There are lots of types of energy emitted by BHP and this includes microwaves and radio waves.

Easy and Effortless

You don’t need any weird explanation for FRB. The universe is effortless. It breathes at every level.

So does this mean there are no aliens in space? No! But you don’t need to evoke aliens to explain FRBs when you understand the Black Hole Principle. It all becomes easy.

What do you think? Have FRBs been solved? Leave a comment below. 

 

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