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Chapter 10: Everything is energy and there is no nothing

If we look at the microcosm, the current state of knowledge says that there is actually no solid matter. Quantum physics teaches us that everything is energy and in the basic structure exists rather as waves that only condense into an energy ball when they are observed or drawn into the reality of an observer. The building blocks of life are the atoms, which are made up of protons, neutrons and electrons. They are contained in the human body as well as in everything that we perceive as matter around us during the day or far away at night when we look at the starry sky. Atoms or energies are as old as the universe. In the vast expanses of space there is the so-called »interstellar matter«, which makes up around 1% of all space matter and is distributed differently both within the galaxies and spiral arms and between them. At some point it was created from compressed stardust, which is what we are made of. Atoms are practically immortal and do not dissolve even if a person dies. Rather, they are building blocks for new forms of life. As we shall see, they also exchange information and are also connected to fields.

Illustration 17: Stardust

If we take a closer look at an atom, we notice that there is a huge space between the atomic nucleus and the electron. If we imagine the atomic nucleus the size of a golf ball, the electron would be about 400 m away. Transferred to the Empire State Building, the golf ball would be down at the entrance and the »orbit« of the electron up on the 86th floor. You are probably asking yourself the question: what is in between? Is there something or is there nothing? Is it a massless empty space? Are there any particles buzzing around or is there just a vacuum?

This is where it gets exciting for our scientists, as the majority of our universe also consists of precisely these »huge spaces«. Dr. Ulrich Warnke explained this very nicely in one of his lectures. If we were to remove the entire vacuum between atom and electron from a person, we would have to look for the remaining mass with a microscope. Or to put it another way: Assume that a person is as tall as the Eiffel Tower, i.e. 324 m, and we remove the space in between or the vacuum, then what remains would be the size of a flea. As a rule, however, we are smaller than two metre. A potentially enormous amount of virtual energy is bound up in this space vacuum. Scientists speak of the »zero point field«, also called »vacuum energy«, »zero point energy« or »PSI field«. There is only a probability that particles will appear in this supposedly empty space. This vacuum energy becomes measurable when we lock it up between two metal plates, because only then does it reveal itself and the fluctuation range of the vacuum or the zero-point field. Each fluctuation has a wavelength and takes place depending on the distance between the plates. Only a very specific number of zero-point packets / wave packets fits between the two plates, on which external pressure acts, since there are more probabilities than in the small, confined space. You basically measure how much energy this nothing consists of. The size of the zero-point energy can be measured on the basis of the presence or absence. If you can calculate something without knowing exactly what it is, then there must be something. Our universe consists for the most part (73%) of this »fluctuating nothing«, which is also responsible for its further expansion and is referred to as »dark energy«. Just as a balloon expands in all directions when it is inflated, so does our entire universe. In this regard, a scientific revolution seems to be looming in the field of physics that could change our worldview one more time in the next few years. Here, too, the question arises as to whereto the universe is expanding. Is there already a space that does not yet contain this vibrating vacuum energy and into which it can expand further? Or has space expanded like an inflating balloon only since the creation of our universe 13.8 billion years ago? Then, however, the question arises as to what does a space span and what does it displace? Is it consciousness that is aware of itself and is constantly creating new »Big Bangs« in order to experience itself in their matter? Perhaps one day we will be able to penetrate this limit of the universe and solve the mystery. Until then we have to live with the fear that, like our previous seafarers, believing in an earth as a flat disk, we may fall from the edge of the earth or out of our universe into a »nothing« without ever being able to come back. The universe as a whole could look very different from what we imagine it to be today.

It is believed that a black hole exists in every galaxy. These black holes can be formed by massive stars that are at the end of their evolution. They absorb practically all matter from the space around them and in the process increase in mass until they collapse and shrink under their own weight. There is a limit area from which the matter can no longer escape due to the great gravity. This is called the »event horizon«. The gravitation becomes so strong that it bends the space around the black hole. Since light is also no longer able to escape this event horizon, it is perceived as a black hole in the universe in which all physical measurands approach infinity and are therefore considered singular. The gravitational force in a black hole is so great that any matter that approaches it is literally sucked in and can no longer escape from it. Even light or radio waves can no longer escape the black hole once it has entered the event horizon (a physical boundary surface). But where does all the matter go? One possible explanation would be that every black hole also has a white hole as a counterpart, a so-called »cosmic geyser«. Where matter is absorbed, it could be hurled out again in another dimension. If we believe the Big Bang theory, we could have emerged from such a white hole, because at some point all matter was condensed into energy. We have to ask ourselves the questions where this energy came from and is still coming, since according to current knowledge the universe is still expanding and ever faster. We would only see half of the universe if we looked into the night sky, because a whole universe would then consist of a singular »black« and a singular »white« part. It is believed that a connection between the black and white holes could exist via a »wormhole«, also known as the »Einstein-Rosenbrücke«. These wormholes are often used in science fiction novels to travel back in time, but this will be difficult to do in reality. Accordingly, our universe could also be a white hole or be viewed as a consequence or counterforce of a black hole. There may even be dozens, hundreds, or millions of these wormhole-associated »black and white« holes, just as there are billions of galaxies in our universe. An estimated 50 billion galaxies can be seen from our Hubble Space Telescope alone. In the 1990s it was assumed that there were around 100 billion galaxies in the universe, and according to current studies, such as those of the University of Nottingham, there are possibly up to 900 billion. The more we can see with our telescopes, the more galaxies we find. The research centre Jülich announced that the huge European network of interconnected radio telescopes »Lofar« (Low Frequency Array) alone had discovered hundreds of thousands of new galaxies, and thereupon expanded the current sky map. According to some scientists, there is also not just one universe, but a so-called »multiverse«, which contains many universes that float in it like carbon dioxide bubbles in a mineral water glass. The Creator shows us his miracles here and we have no choice but to stand in amazement like a child in front of a gift and look at the world around us.

The materialistic worldview advocated by many contemporary scientists assumes that the world can be explained in ascending order from the smallest microcosm to the very large macrocosm. But this hierarchical model could prove to be wrong in a few years, since many explanatory models fail and a new age also requires a completely new way of thinking. Nicola Tesla put it this way:

» From the day science begins to analyze non-physical phenomena, more advances will be made in a decade than in all the centuries since its inception. To understand the true nature of the universe one must think in terms of energy, frequency and vibration.«

The world can then not only be experienced from small to large, from atom to cells to molecules, i.e. in a material way, but also in a subtle way. A new way of looking at our world is emerging, according to which consciousness is able to shape matter. Intelligent subtle fields act on a body and create reality. Consciousness transforms matter into events and the mind is able to change them. Modern physics is currently changing from a materialistic to a spiritual worldview. New explanatory models pave the way into the future in order to get closer to truth and reality, to how the world really is.

Amit Goswami describes it as follows:

»Consciousness transforms the waves of possibility into actual events! Consciousness is the source of all being. […] We are consciousness because we have consciousness and consciousness is subtle.«

Illustration 18: Hubble-Telescope, 25. Nov. 2008, Galaxies

If you wanted to travel through our own galaxy at the speed of light, it would take 100,000 years for that alone, and the gaps between the estimated 900 billion galaxies in our universe are so vast that they are simply insurmountable with the current rocket technology. We have already got to know this phenomenon in the microcosm based on the great distance from the atomic nucleus to the electrons and the empty space in between. There are more stars in our universe alone than grains of sand on the entire earth, and planets revolve around each star, just as planets revolve around the sun in our solar system. Only about 4–5% of what we see when we look at the night sky is solid matter, that is, mass with a weight.

The following picture shows the distribution of matter in the universe.

Illustration 19: Distribution of matter in the universe

According to current knowledge, the rest of our universe consists of 73% dark energy and 23% dark matter. The next picture gives an idea of this.

Illustration 20: Distribution of Dark Matter in our universe

Dark matter is also known as the framework or backbone of the universe. This assumption is based on until this day inexplicable effects in the cosmos. Some astronomers suspect that galaxies form at the crossing points of dark matter. Die Welt.de reports that astronomers have found the first solid evidence of an entire network of dark matter in our universe. New research suggests that our Milky Way is connected to other galaxies by thread-like structures, as the next image of the galaxy clusters Abell 222 and Abell 223 in the constellation Cetus shows.

Illustration 21: Abell 222 and Abell 223

In cosmology, the existence of dark matter is postulated as well, as it interacts with gravity and compresses the universe. Not visible to us, it would also explain the high orbital speeds of the stars around the centres of the galaxies. Dark energy has gravitational forces and leads to a continuous expansion of our cosmos. It could not be proven experimentally until today, but it could provide a reason why it is very flat overall, i.e. has a Euclidean shape that cannot be proven with the pure distribution of matter. Many scientists suspect that this constant expansion will cause the universe to completely dissolve in about 21 billion years. That would mean that matter would no longer be visible: no star, no galaxy in the night sky - nothing more, just darkness.

If we look again at the images of the visible distribution of matter and that of dark matter, parallels to the following picture can certainly be seen. It shows the neural network of our brain, in which an exchange of information takes place via innumerable synapses. In fact, the resemblance is amazing and hardly accidental in nature. Here, too, everything is connected. In the small as in the very large, basic structures are recognizable, which suggest that the human spirit uses not only our brain with its synapses, but that a much larger cosmic spirit uses the whole universe to experience itself through condensed energy (matter). The mind is the language of consciousness, and consciousness permeates everything and is not limited to only material structures. However, it will possibly accumulate where such structures arise, since it can also experience itself through them.

Can that mean that our universe is part of a larger organism? It is possible that information is transferred between the galaxies via this bridge of thread-like structures made of dark matter (filaments), as is the case with our neurons in the brain. Such an exchange occurs even with the smallest units of energy. Our sun sends out numerous light quantum photons, which in turn are emitted by electrons. If these electrons emit messenger particles and other electrons receive them and react to them, then that means that electrons can presumably communicate with one another through light. At least a certain form of understanding could be assumed. Is awareness already at play here? Or is it a kind of unconscious communication, an exchange like with messenger substances that control processes and procedures?

Illustration 22: Neural network of the brain

Our current view of the world is still largely based on research into matter, on the 5% of what is visible and measurable. But what about the other 95%? It will be exciting here in the future, because dark energy and dark matter, as we call them today, could provide us with new explanatory models for the true reality of our world. Until then, we must rely on telescope images and try to interpret and understand the cosmic anomalies that do not fit our worldview. Seen in this way, everything in our universe is interconnected and consciousness and spirit form the basis of all life.

» A quantum potential permeates all of space and connects the quantum systems with one another.«

(David Bohm, Quantum physicist)