The Enigma of the Universe and the Quantum Reality
This essay points out some of the latest discoveries in modern physics and quantum mechanics regarding the nature of reality and how they influence our understanding of the causality, unpredictability and uncertainty of the universe.
I do not think, "I know (Him) perfectly well," nor (do I think), "I do not know Him at all." He who amongst us understands this, "Not that I do not know at all. I know but I do not know perfectly well," he alone knows (that Brahman). Kena Upanishad
I believe at some point of time in future we may have to rewrite our knowledge and understanding of reality and existence. We may require new philosophies and approaches to explain the enormous contradictions that exist in the universe at the subatomic level and in the dimensions of space and time. There are still many gaps in our understanding of modern physics, quantum mechanics, quantum gravity, gravitational laws and the laws of thermodynamics. Until we resolve them, the universe will remain a huge puzzle and enigma.
One of the striking features of the universe is the role of probability and uncertainty in causation, in the existence of things and in the interaction of things. We see that even in our own case there is nothing certain about our lives. What may happen to us depends upon a number of probability factors and how we act and interact with the things and forces of Nature. We exist until the energy in our bodies moves and acts, and we disappear when that dance of matter and energy ends. Were we there before we were born? Will we be there after we die?
No one can tell what survives the body, other than a cluster of atomic and subatomic particles. Whether they hold the memory of life or consciousness we do not know. There is no certainty where a living being may appear and how long it will survive. Almost all the happenings upon earth are random or influenced by random factors and events. The same is true at the subatomic level with regard to the life of electrons, protons, and quarks or the elementary particles that make up the atoms. They appear in the cosmic ocean of the universe for a brief moment and then disappear. Physicists cannot tell you where they were before or after that brief moment of their appearance. Thus, modern researches in quantum physics turn our notion of reality upside down.
I was recently reading a book, “Seven Brief Lessons on Physics,” by Carlo Rovelli. It is a small book of 86 pages, including the index, in which the author has provided a gist of the latest developments in modern physics. It is written in laymen’s language with extraordinary clarity. I would recommend the book to anyone who wants to open their minds to the mind-boggling discoveries of the last two centuries, including Einstein's theory of relativity and Werner Heisenberg's equation of quantum mechanics. For the reader’s benefit, I will briefly present below a few facts that emerge from the study of the book and my understanding of them.
1. The subatomic particles in an atom do not always exist in space and time. They exist as probabilities, and appear only when they collide with other particles or jump into another orbit. Thus, the existence of an elementary particle, such as an electron, at the quantum level arises only by chance during its interactions with other particles. No one can predict where the individual particles exist or how they will collide with others. It may be that even the particles in their restful mode may have no specific location. They may exist simultaneously at different locations or do not exist at all.
2. What Newton believed as the gravitational field is indeed space itself. This was the startling discovery made by Einstein by sheer chance. Einstein proved that space is not empty but a substance or fine matter. He suggested that space is not flat but curved which is responsible for gravity. It curves more around heavier objects, especially black holes, and less around lighter objects where things remain in their place or orbit around other heavier objects. Because of the gravitational waves, space is more like the surface of an ocean rather than that of a glass pan. It also expands and contracts due to a number of factors. Another startling discovery is that space is not continuous, but made of little units called quanta or “atoms of space.” No one can say with certainty where they exist. They certainly do not exist in space because they are the space. Then, where does space exist? What is its support?
3. The flow of time is an illusion. It arises only when things become heated up. In a cold universe time does not flow from past to present or present to future, but remains bound to the units of space. In a heated universe we may experience the illusion of time moving from past to present and to future in a localized object because of thermodynamics and the rapid movement of the atoms. However, at the universe level, there is no universal present moment or the current reality. Thus, the division of past, present and future is just an illusion created by the laws of thermodynamics..
4. The black holes are not only objects of compressed matter but also compressed space. Space compresses in and around the black holes to such an extent that it does not let anything escape from it. Black holes are aberrations in time and space like little whirls in the flow of water. They expand and explode when they reach a certain threshold. Thus, black holes are localized powerhouses of energy where space and time cease to be what they are, and where the known laws of physics may not operate with the same degree of probability or predictability.
5. While the universal "Now" or "Present" is absent in the universe as stated before, it has "Here" or the localized points of space. The Now or the Present moment is relative to your location in space and time. Even that may depend upon a number of probabilities at the quantum level and the relative speed at which things move. There is no flow of time as such. The flow of time is an illusion. In other words, you may determine time in relation to other objects in the universe, but you will never know what the universal time is, unless perhaps we detect other universes and find out in what time they exist.
5. Uncertainty and unpredictability seems to be the essential nature of existence. The universe itself is a set of probabilities and possibilities. It is an open ended system where anything can happen as long as the possibility or the probability of its happening exists. The known or the manifested universe has some predictability but what makes it possible, visible or active is not always predictable. For example, if the Big Bang happened (assuming that it happened) one second later, the emergent universe could have been entirely different, and earth and the possibility of life upon it might never have happened. It is the same as what would have happened, if your parents never met. That is how indeterminate everything in the universe is. At the quantum level, the universe is foggy, uncertain and unpredictable. Thus, the causality and knowability of the universe is a mystery and huge challenge to both the scientists and the philosophers alike.
It seems we do not know much about the universe and what we know may need further refinement. We are fortunate that we are alive and we can consciously see and experience the vastness of the universe and understand its complex processes despite that we are so tiny in comparison. We are not separate from it, but we exist in it. We are also neither the center nor the purpose of the universe, and we may not even matter at all. It is possible that we may just be the random outcome of mathematical probabilities, upon which the whole fabric of the universe rests. It is possible life may appear multiple times on each planet in its long span of billions of years and disappear without leaving a trace.
Thus, we exist in a maze of theoretical realities and possibilities that may manifest if certain conditions are present, and may not manifest at all if they are absent or if they are present in a different combination of causes and effects. We do not know whether there is any organized and continuous intelligence, which is responsible for all the phenomena. If there is one, it must be God like principle who may or may not fit into our conception of God. Someday we may perhaps find that force, or we may not find it at all. Just as the universe,
God may remain a theoretical possibility in all existences. He may manifest in some realities and universes and may not manifest in some, or he may manifest differently in different universes. Even in the here and now of our own time and space, he may forever remain an enigma as the silent and mysterious force who exists in between the play of particles and in the interlude between the appearance and disappearance of things, or in an entirely different dimension that is beyond our comprehension and reach. Even if you see him by chance in the possibility of impossibilities, you may not know that he is the One.
Religions and mythologies may ascribe self-importance to our existence, but we do not know how much the universe cares about us. Do you think that our existence makes any difference to this vast universe? Did we just happen, or were we meant to happen? In the universal scheme of things, we stand nowhere. We may manage to survive in it, but we have no control upon it, except in the little space and time that we create for ourselves. We are little possibilities in the endless possibilities of the universe.
The universe was there before we appeared on earth, and it will surely be there after we disappear. Our survival is also a matter of probability. We possess only a fraction of the knowledge and energy of the universe. We have yet to know the quantum mechanics of our own brains and bodies, and how they manifest consciousness, thoughts and interactions or the individuality. May be sometime in future all the pieces of the puzzle fall in place and give us an extraordinary ability to interact with the universe on our terms and know it better.
You may also like: Quantum Reality in Daily Life
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Reference: Seven Brief Lessons on Physics by Carlo Rovelli, Translated by Simon Carnell And Erica Segre, Riverhead Books, New York, 2016. You may purchase this book from Amazon.
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