Gravity, Light and Life

Something else is happening now. Even tinier particles that did not 'feel' the presence of a magnetic field before, now find themselves drawn to a certain spot, where in the world of the slightly bigger particles is their not yet very dense tiny little ball.

There is one more thing that has happened. The biggest particles on the outside of the ball are now being pushed away by the much more powerful 'breathing' of the ball. This either grinds them into much smaller particles or it pushes them outwards so violently, that they escape the direct gravitational field of the ball. Asteroid fields may derive from such origin.

In relation to the stars in the sky, the light we see, are the particles emitted by the stars, as they 'breathe'. A supernova is the event, when the core of a star suddenly is home to much tinier and denser particles forcing the coarser particles outward. There is of course much finer light, than the light we see with our eyes. So to our eyes the star disappears and becomes a 'black hole' in the sky.

Black dots on the sun are an indication that there are certain 'vents' leading away from the core of the sun, where the particles are much smaller and much more dense - invisible to ourselves and perhaps even our measuring equipment.

Solar storms are events when once in a while the breathing of the sun is particularly heavy / violent. As a consequence huge chunks of coarse, outer light are pushed off.

The tiny particles which stream through the mantle and the core of the earth, predominantly exit the earth through its magnetic poles, where we can observe this process through the Northern Lights. Here these tiny 'light' particles energize bigger light particles, causing them to shine as they cool off again above the earth surface. Our own physical structure and that of the earth mantle is so coarse that we are only slightly affected by this process, as these particles cruise through us.

However, gravity is slightly smaller at the poles, confirming, that these particles do lift us off slightly more there than they do elsewhere on earth.

All matter on earths surface compares well to the structure of a mushroom. As very dense and powerful tiny particles arrive, pushing through to the earth mantle, coarser particles froth up or are pushed outwards. This is what our bodies are made of.

True wisdom lies in understanding that every particle itself, atoms, trees, cars and clouds, are structured and function like a star. They are essentially blockages that occur as a result of much finer particles travelling through them. What we term 'life' is matter that is suspended between huge amounts of fine incoming particles which move through us with relative ease and smaller amounts of relatively coarse particles which reflect back from the earth core. Without either, we would not exist.

We maintain our bodies by constantly absorbing other matter, of which our body is made, which ultimately feeds on the light that arrives here from the sun and of the warmth which is emitted by the earth. It is due to this that we have senses that detect this light and warmth or the lack of it.

At some point in the earths distant past, the oceans were a huge cloud of gas circling the earth, much like Jupiter, Saturn and Uranus. These planets are fairly young by comparison to the earth. They are far less dense, despite their impressive size. Their huge gas clouds hide a fairly small and coarse core.

It is only when this core has grown sufficiently dense, that the gasses will liquefy and collect on its surface. The surface will cool underneath these oceans and fossilisation of tiny life forms that already existed within the hot gasses will commence. As the planets mantle grows, the creatures in its oceans will have to develop increasingly solid bodies to support their body mass. On earth this is when we see the evolution of vertebrae.

The planet will continue to swell and grow until finally the original and most ancient crust, which by now has cracked like an egg and floats on the surface of much younger planetary mantles, will push through the oceans, forming continental land. On earth this probably happened some 450 million years ago.

Ever so often the core of a planet will reach another level of density, causing it to collapse in size and to increase in gravity. This will particularly affect those structures on its surface, that were very heavy and bulky before such a shift.

It is possible that the dinosaurs died out because such a shift occurred 65 million years ago. After such a shift many of such beasts would have struggled to support their own weight or would have suffered from severe physical ailments. They would have needed a lot more food and energy to move and keep their organisms going.

Even aquatic animals with lungs would have suffered as their ability to float would have been compromised severely. Many may have died by being drowned by their own weight. This would have been a bad time for giants and animals with thin bones who were relying on speed to survive.

We can observe the growing of the earth mantle when we look at the oceanic rifts beneath the sea. Here the earth is growing, pushing apart its mantle by a few millimetres each year.

The universe is endless. However, Albert Einstein successfully argued that there are no straight lines in the universe that we inhabit. During a solar eclipse light can be seen bending around the moon to shine down on us. This is why it does not get dark as night during a solar eclipse. Whatever we perceive is limited. The universe which we observe is not the whole universe. In many ways it is only a minute fraction of it. Just because things are the way we know them does not mean that that is how things are everywhere. In my kitchen water is boiling in the kettle. Molecules are moving very quickly. In my freezer ice cubes are solid and molecules hardly move at all.

Our universe is expanding. Perhaps we are inside of some molecule soup that is expanding. However, what is a millisecond in the kitchen where this soup is cooking, translates to billions of years in our perception. Atoms may be very tiny compared to us but it takes huge amounts of energy to break an atom in two.

Let us imagine standing on a hill observing the hills beyond. There are sheep grazing on the hills and some parts are covered in woodland. If one second was equal to ten seconds, then the sheep would start to look blurred as they moved across the hills. We would hardly be able to perceive the leaves on the trees. If one second was equal to an hour, we would only get a one or two second glimpse of the general shape of a sheep while it was sleeping. Any movement would blur our vision. We would not see its hair, its eyes or its ears. If one second was equal to a day, we would perceive sheep as faded lines that move across the hills. If one second was equal to a year we would no longer perceive seasons. The different colour of the leaves would blur into one colour. Trees would visibly sprout out of the ground and grow and die in front of our eyes. They would not seem to have branches or leaves. If a second where ten years, the hills would seem to start moving as the earth shifts with time. Trees would seem like mushrooms that sprout and collapse out of the ground within seconds. A thousand year old tree would appear for only a minute and a half. If a second were a hundred years, we would see no only the slightest blips of trees. The earth would seem to rise and fall like a gentle ocean. We would see the sun through a thick haze. The pyramids would seem like obscure shapes that last for about a minute. By the time we register our first glimpse of any human structure it is already a hundred years old. The oceans would seem almost like a cloudy mist, without any trace of waves or the animals that we associate with the sea.

We see what we see because we are tied into our own reality, through the senses and our body.

When we ask ourselves where life originates it may be useful to consider that DNA is far too complex for it to have evolved in the short time, the earth is presumed to have existed (although we are talking billions of years). When we look at the planets of our solar system, we may well be looking at something not unlike the whole life journey of a planet. At the beginning a planet  may be little more than some lost asteroids caught in the periphery of the sun's orbit. It starts to feed of the sun and grows bigger. As its core atoms start to melt or fuse, hot gasses are created forming enormous clouds around it. These clouds may already be fit to harbour certain bacteriological life forms. As the gasses cool tiny organisms start to navigate its stormy currents. The gasses collapse into a liquid that encompasses the still very hot young planet. The planet grows, the oceans cool and life diversifies. Eventually land pushes through the oceans. Life on land follows. The quality of the water changes. It gets more and more dense. More and more the surface of the planet is turned into rock. Gravity increases and pulls all liquids deeper and deeper into its surface, where they eventually solidify. At some point the planet starts to compress more and more. As the planet gets increasingly dense and closer to the sun, it starts to shrink. It feeds on increasingly tiny particles emitted by the sun and the universe. Eventually the planet plunges into the sun, where it digests below the sun's surface.

The journey of life may be more complex. Life may not be bound to one particular planet. Instead it may evolve time and again on one planet after another. One aging planet fertilizing the next and so on. This may explain why DNA seems so incredibly ancient in evolutionary terms. There are certain bacteria that may withstand being deep frozen and heated with a blowtorch. God knows how many planets have existed before in our solar system or what once was the state of a planet like Venus. It is possible that life is present on most planets, perhaps in the early stages of a planets evolution such as on Jupiter, Neptune and Uranus. There in the gaseous clouds certain bacteria might thrive quite well. It may only be from time to time that a planet provides conditions for life to thrive beyond such an early stage. It may be that even planets like Venus or Mercury once inhabited land based life. Mars may have had life on it once or might have it at some point in the future when its proximity to the sun changes.

Perhaps one day there will be archaeology on these planets that allows to verify or refute this.

If we are looking for a possible origin of consciousness we need to accept first of all that consciousness resonates within our body in particular our nervous system but that it too is nourished by light energy which to some extend exists separate from what we recognize as our physical form. I say this with reference to a program on near death experiences that I have watched whereby a woman who was clinically brain dead during brain surgery 'hovered' in her consciousness outside of her body, observing in detail the events that were taking place, people in the room, tools used, and procedures executed on the back of her skull. The importance of this borderline case was that, unlike other reported out of body experiences, in this case it was scientifically proven, that the brain was not functioning on any measurable level.

If the woman's brain was the originator of the impulse to conscious awareness, then this should not have happened. Consciousness is something that comes to us from far away. It's mere existence suggests realms of consciousness separate from our existence which are hidden to our senses. It is interesting that people in near death experiences encounter their ancestors made of light, that fairies and ghosts are essentially light equal to light apparitions.

There is a physical conundrum surrounding light. In according to the laws laid down by Newton the movement of a wave is essentially different from that of a particle. In a wave particles are stationary and merely bounce up and down as the wave passes through, whereas the particle moves from its location and gets transported somewhere else. However, light behaves equally as a wave as well as a particle, a so called photon. It is through our ability to detect the mass of this photon when it hits a screen that we know of its existence. The photon can only do this because it is moving from one place to another. If it were stationary it would never crash into anything.

We understand light as a wave because it creates the same interference patterns that we know from liquid waves merging. Hence we know that the properties of light are more complex or different from what our understanding of our physical world teaches us. This may be because our assumption that all light is essentially the same may be wrong. There may not be just one light particle but an endlessly different array of particles that we cannot distinguish and which we therefore class as light, like bespoke coarse, small and tiny particles in my explanation of gravity above. All of these are currently classed as light or even as simply non existent because they cannot be measured.

If light contained consciousness then at some point it would have to contain highly differentiated frequencies, of which we merely detect the mean. It is as though we could detect the impact of all of humanity but not that of each individual. When light particles start behaving like waves then we merely get a glimpse of the complexity of particles or different pulses of energy present within a single beam of light. Again this is as if rather than detecting just one humanity, we suddenly are able to detect that within humanity there are different currents, or that life on earth contains different species.

Our perception of light particles is infinitely distant. It is as if our entire exterior universe as we perceive it was rolled up into just one photon. No matter how much you divide it and break it apart there will always be a smaller entity, a smaller body, another microcosm.

If we consider the sheer mass of light that arrives on our planet from all the stars and galaxies around us, via the microwave background and the invisible light beyond, then it is from this cosmic wealth that consciousness streams to us and with which our brains resonate. In this too our brains are limited and this physical limitation results in our collectiveness which gathers us together in our perception on this planet in this particular world.