Hubble reaches out into space for us.

Image via WikipediaThe findings of the space telescope Hubble only confirms my theory which goes against the belief of most cosmologist who think time travel is possible.
My theory is that,"you cannot go back through time or move forward through time."

Scientist and cosmologists assume that the light from new planets and galaxies Hubble is discovering is only now appearing in our solar system, and if we could reach them we could travel back in time, closer to when the "Big Bang" occurred.

Hubble is only 370 miles or 600Km above the earth's surface, so if the light from these sources was reaching Hubble then the light source would be seen by the naked eye on earth seconds after it reached Hubble, considering the speed light travels.

No matter how fast light travels we on earth will never see these lights with our naked eyes as it is Hubble that is reaching out into space to these light sources.

You have to consider that light comes from a heat source and light only travels as far as the intensity of that heat source allows.
The more intense the farther the travel and the less intense the less travel, its common sense.
Light does not travel on and on forever!

If it ever becomes possible for us to reach the limits of space we would not be traveling through time, we would only be reaching the extremities during universal time. Not going back and not going forward in time.

If, as most of us believe that the universe began with "The Big Bang," and we could reach the planets that have formed nearer to where the explosion took place, we would not be going back nearer to the time of the Big bang, we would only be going to these planets or galaxies and be able to see them as they are, and to observe how they have developed since the explosion took place.

They probably have had more time to develop than the remnants that traveled farther and any life on them could be far more advance than we are.

If you freeze frame any explosion the results of each frame will show what is happening at exactly the same time to the fragments nearest to the blast and to the fragments farthest away.
Looking at the fragments nearest the blast is not taking you nearer to the time the explosion was set off.

The result is the same with the universe only it is on a much larger scale than we can envisage, and the lights deep in space that Hubble is discovering will come no nearer to us but develop in their own part of the universe.
Scientists and cosmologists are still assuming that the light from the farthest galaxy has just reached us when it is the telescopes mankind has developed that are reaching out to them.
Their dream of being able to time travel is blinding them from reality.


Another thing to think about is, what if we could place Hubble 370 miles above one of these distant planets that are part of a galaxy 13 billion light years from us to reach out 13 billion light years beyond that?
What would it discover then?

More planets and galaxies, that is the answer.

From our little speck of dust that we call earth, we will never see the vastness of the universe and assumptions of how it came to be will always be made until, maybe someday, people from a planet that is far in advance of our own might come and explain the truth of it all to us.

Some people on earth think they have already been here, some think they still are, but whoever, if any are right, they will not want to expose themselves to violent peoples such as we have on earth.

Maybe when we can learn to live in peace with our own kind and show we are no threat to them, then the mysteries of the universe will be unfolded to us.

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We cannot time travel.

Image via WikipediaThe reason today's cosmetologist and scientist think when they are looking at distant stars like GRB090423 and assume that the dying stages we are observing happened 13 billion years ago is that they have forgotten that "light years" is a measurement of distance, not time.

A light year is around 6 trillion miles so it was decided to use the time it takes light to travel through space to measure distances in space making any calculations easier.

This fact seems to have been lost in today's world, and calculations and incorrect assumptions are being made by thinking we can "time travel" because we measure universal distance by "light years."

The light from the stars are released at source and it does travel through space, but it leaves the star behind and travels as rays.

There are many stars in the universe that cannot be seen from earth no matter how powerful the telescope is as they are too far away from us or in some cases hidden by the clutter around our planet.

When we ventured out past our atmosphere and into space we began to discover more stars and galaxies simply because we could see farther, not because the images of stars and galaxies were finally reaching us.

The more we learn about the universe and the more powerful our methods of reaching for the stars becomes, the farther we see out into space through the miles.
It is our methods that enable us to do this, not the fact that these images or sources of light are reaching us as our scientists and cosmetologist would have us believe.

Take a light bulb e.g., when it is switch on the light leaves the source and spreads around the room but the bulb stays where it is.
We look at the source of light through the beam it sends across the room, and across the distance the light source is from us.
Although the light reaches our faces the source stays where it is and in the same form it was in when the light left it. It does not take the source of the light with it.

It is in the same principle that light reacts in space.

The stars we see in space release their light which then travels a distance that is miles not time, leaves the star in the form it was and by the time it reaches us the form of that star might have changed. If we had been around when the light left the star we would have been able to observe the star in that form, but we can only observe it as it is now.

The fact that it takes various times for light to reach us from different parts of space denotes the distance in miles of that event we are studying, not the amount of years ago it happened, hence the fact that what we are seeing out there now is happening now.

The image of new stars, dying or forming is not suddenly emerging to us by any of us travelling through time, but by our modern methods of covering the miles between us.

We are waiting for Beetlejuice (or Betelgeuse as it is also known) which is 520-1400 light years away from earth to become a supernova, and we are told that GRB090423 is in it's dying throes 13 billion years away from us.
We watch and observe stars dying and galaxies forming light years from us that are much closer than GRB090423, so if they were actual years away from us instead of miles we would be able to go back 9 billion years and see GRB090423 as it was then, move through time and observe stars of interest at various stages of their lives.

If the light from these stars traveled as the scientist would have us believe there would be images of the same star in different place in the universe as all the stars are moving great distances as time goes past in an ever expanding universe.

We would be able to travel in time and see the galaxies that are forming actually formed but we are not looking back through time when we look into space we are looking across the miles.

Instead of waiting for Beetlejuice to become a supernova we could go forward in time to see when it changed.

Beetlejuice is much closer to us than GRB090423 and if it was the case that the image we see of it now happened between 520-1400 light years ago, we could go farther back and see it during its life as a bright star, or even farther back and observe its birth, but light years are only miles, mans conception of distance in space, not actual time.

Time travel and seeing the stars as they were, we cannot, but we can, through modern methods travel through the miles that separates us from the stars and observe them as they are now.

Poor old GRB090423 is dying before our very eyes, and if we are around when Beetlejuice becomes a supernova we will be able to observe it as it happens.

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Light years away from the truth.

Image via Wikipedia

I am still trying to prove my theory that the distant stars and constellations we see in space, or the events the Hubble telescope is capturing are happening now, and not light years ago as most scientist would have us believe, and budding scientist latch on to without thinking for themselves.

It is true that our SUN is 8.5 light minutes from EARTH, and it stands to reason that it takes 8.5 light minutes for light to reach us from there, but that does not mean that when the SUN disappears below the horizon, it happened 8.5 light minutes ago, and we are only witnessing it after the actual event.

We can look at the SUN directly with our naked eyes, through the light it is omitting, and it is the rays of the SUN that are moving towards us, carrying heat with it. We look directly through the light with telescopes, and magnify the surface of the sun. If the light was travelling the way the scientists would have us believe, we would not need telescopes to magnify it, the light would reach us as a mass, and not as the dispersed light that reaches us.

If you look at a child's drawing of our SUN you will see squiggly lines coming from a yellow ball, it's these lines depicted by a child that makes my explanation more simple to explain. These squiggly lines are the rays, light rays, the light that travels through space, the light rays we are able to look through, and see the SUN as we look at it, not 8.5 light minutes later. We are looking straight at the source of the light, the actual object that produces the light through massive volcanic action bursting through it's surface.

If we observe a sunsetting among clouds, we see the rays of the sun beaming through the breaks in the cloud formation, and it is these rays that are leaving the sun, moving outward, while expanding into space, past Mercury, past Venus, past Earth, out into the vastness of space expanding and dispersing as it journeys on, losing heat and density the further it goes, until it is just a glow, light years from where it originated, and as long as the source is still active, this will continue.

If the source suddenly ceases, the last rays of light to leave it will continue out into space, but if anyone who had observe that source before it became inactive, was watching the event, they would see the source disappear, and if far enough away would still see the last rays of light, and still be able to reach out and touch the glow that had travelled to their world in that form.

Scientist think that the dying stars, or forming constellations we have observed millions of light years away from us have already died or formed, because of the distance they are away from us, given the light years it takes these images to reach us, but if that was the case it would mean that the image of that light source stopped light years away from earth, never reaching any further and never expanding as light does.

Take a cinema for instance, as the light is projected from the camera lens, onto the screen it enlarges, making the picture clear enough to view, but if you keep taking the screen further away, the picture widens until it is no longer distinguishable, as the light disperses the further it travels.

It is the same principle with the distant stars, they project their light, and it travels through space reaching our skies, and in the case of our nearest star after our SUN which is PROXIMA CENTAURI, we are able to touch it's projected rays as they travel through our corner of the universe, 4.22 light years after they left it's surface, passing us as a glow in the night sky, reflecting off moons and planets as it carries ever onward.

If this is not the case, and the source of that light has gone, why can we still see the source? It is not the image or mass of the light that travels through space just the rays of light. We can focus on that image or star with our naked eyes, light years away, although it is only a shiny dot in our sky, the Hubble telescope can focus on constellations millions of light years away, and if they were not there, it would only be light it would reflect, not a solid image.
It does not take our naked eyes 4.22 light years to focus on our nearest star, after our sun, or 8.5 minutes to focus on our sun, but we can see them.

It is the same with the radar telescopes we use, they bounce signals off distant planets, light years away then tell us with one breath that they might not be there now, then tell us with another breath that if we could reach them we might discover a planet with life on it.
That is the main reason of space exploration, FINDING LIFE, but what is the point if the planets you are discovering do not exist any more.

The scientist's conclusions in this case, makes a mockery of all their theories, because how can you bounce a radar signal off an object that is not there, and how can you see a light source that disappeared light years ago?
What is the point of observing something that does not exist in the only form we can see it, because if we could reach it to find evidence of the BIG BANG, according to their theories the formation would have disappeared or changed so dramatically that we would never be able to prove anything.
The planets they find orbiting around stars, are found by a shadow crossing a light source, if neither is there how can it be possible to find them in this way?
The answer is simple, YOU CANNOT.

They are still there, as are the stars, constellations, dying or otherwise that we or Hubble sees sending light towards our corner of the universe, and as long as we can observe them they are there.

Closer to home, our SUN sends rays of light and heat, towards us which takes 8.5 light minutes to reach us, so pity help us if the Sun itself or it's image, decides to travel at that speed towards us, which when you boil down the scientist's theory, is what happens in regards to light travel.
The universe as we know it will cease to exist a lot quicker than we think, and it will matter not who was right.

I rest my case once again, for now at least.

Someday the right person will take heed of what I am saying, and agree with me, but until they do, our chance of understanding the universe will be restricted.

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the time is near

Image by penmachine via Flickr

They will have telescopes billions of times more powerful than Hubble, powerful, enough to pinpoint any planet in the Universe, magnifying whichever part of that orb they wish, relaying it back to three dimensional receivers on their own planet. We can barely envisage the awesome wonders of their achievements; we will just have to hope that we will be among the lucky ones who will see it all first hand when we get to their planet. They still patrol the skies but they will never fall captive to our primitive race THAT, they have made sure of but they will be here when we need them.

Light from distant stars

Image by Mathieu Struck via Flickr

CHAPTER THREE

U.F.O.’S

It is generally thought, by the learned people on earth, that light from distant stars reach us here and of course we take their word for it without giving it much thought. Let us take a different angle on this theory. O.K. so light does travel and there is such a thing as the speed of light, but light does not travel from distant stars to earth reaching us at full strength. Light is instant at the core and only travels so far, and, the further it goes the wider the beam becomes, weakening its strength, restricting its travels, lighting up the sky within its range. If you have been lucky enough to witness an eclipse of the sun, you will have observed during a total eclipse, the light goes immediately the sun is switched off, even though it is so far away. When a distant star in our vision dies the light at the core extinguishes immediately so what the Hubble telescope; clear of earth’s clutter sees in the sky now! IS happening NOW! When you look at a lighthouse face on, as the beam approaches its light is instant, and as it goes round you see the beam side on then, note the distance the beam actually reaches. That’s right, it does not go on for ever, it only goes so far and weakens the wider it gets. Sailors only see the light when they come a certain distance from it, even when they are above the horizon to it. Different lighthouses have different flashes and different distances or strength of beam. Lamp-posts in a dark street together, light up the whole place, the beam or strength of one lamp is not sufficient enough to illuminate all of the street, even if the beam was pointing along the road instead of downwards, it would simply not he strong enough to reach the end of a lengthy street. The stars in our vision light up the night sky (along with our moon) and although the beam, from the stars do not reach us full strength the sheer volume together creates a glow bright enough to illuminate our sky. It’s not the reflection of OUR sun that lights up the distant stars in the night sky they are lit by their own source of power and as their rays do not reach earth in strength it’s our vision that penetrates space, first with our eyes, then with telescopes which are becoming more powerful and more efficient out in space. It is us, that is seeing further, not the light source of planets reaching here, or we would be able to see them more clearly without telescopes, as the light or the beam would have increased in size like a film projecting on a screen making them easier to see. There are plenty of stars out with our vision, yet, with and without telescopes and the delay between us registering, lies with our methods of sighting them not, their light taking so long to reach us.
When Hubble the space telescope was trained on what was thought to be an empty patch of sky, lights from other planets eventually came into view not, them just, reaching us but our vision or in this case Hubble’s vision reaching to the source or core of them. If the strength of light from all the stars did reach here it would be daylight all the time. That explains why from earth, we will never spot the Heavens that this book is about and, by now, you will have realised how far the planets (the largest pieces of debris from the Big Bang) really are and, why their lights will never be seen from earth unless, we produce a powerful enough telescope which is very unlikely.

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