Blackness, nothingness, something, void

Void and darkness

Darkness. Nothingness.

Void, so there was and there is ….. complexity. Empty spaces make up void, but than there is something to make the spaces in between. Then there is density, length, with, depth, hight … space. When there are periodic fluctuations in the density of the visible baryonic matter of the universe, this means there is a stand still, a movement, but caused by what? If caused by acoustic waves then there would be sound and movement in space. If it would come to an explosion, call it Big Bang, than still it had to exist in the early universe.


First baryon octet

First baryon octet (Photo credit: Wikipedia)

Baryon acoustic oscillations (BAO) may provide a “standard ruler” for length scale in cosmology. does it help us to understand more about the nature of dark energy (which causes the apparent slight acceleration of the expansion of the universe) by constraining cosmological parameters? When there was a hot, dense plasma of electrons and baryons (protons and neutrons) then those also had to come into being.when there would have come overdensity gravitationally attracting matter towards it, the heat of photon-matter interactions creating a large amount of outward pressure, then there should have been something like emptiness and matter, something to cause limitness or presser on something else.. Then counteracting forces of gravity and pressure could create oscillations, analogous to sound waves created in air by pressure differences.

Collapses of masses, Big Bang and billion of years

Voids are believed to have been formed by baryon acoustic oscillations in the Big Bang—collapses of mass followed by implosions of the compressed baryonic matter. Starting from initially small anisotropies due to quantum fluctuations in the early Universe, the anisotropies grew larger in scale over time. Regions of higher density collapsed more rapidly under gravity, eventually resulting in the large-scale, foam-like structure or “cosmic web” of voids and galaxy filaments seen today.

When, according to scientists, approximately 13.798 ± 0.037 billion years ago the Universe was in an extremely hot and dense state and began expanding rapidly to cool down sufficiently to allow energy to be converted into various subatomic particles, including protons, neutrons, and electrons, there should have been all these elements. Subatomic particles, present in the nucleus of each atom having a mutual electromagnetic repulsion stronger than the attraction of the nuclear force, should still then have something to bring in force.

Books of man against books of Supreme Being

The Big Book made up of 66 books, brought together by men, beings of flesh and blood, got ideas in it which came from somewhere and bothered their brains. It let them think and handle, wondering about their being or not being, life and death. Being nothing, would it be being part of that void?

So that “Void” was considered part of the beginning.

“And the earth was without form, and void; and darkness [was] upon the face of the deep. And the Spirit of God moved upon the face of the waters.” (Genesis 1:2 AV)

Spirit, Space and Earth

Mass map of Abell 1689.

Mass map of Abell 1689. (Photo credit: Wikipedia)

Space and Earth being without form, part of the so called nothingness, which was something not seen, because darkness did not reveal it,  bottomless emptiness, an inky blackness. God’s Spirit brooded like a bird above the watery abyss, so there was water to hover over.

“And God said, Let there be light: and there was light.” (Genesis 1:3 AV)

Then there was a God, a Being, a Spirit, not man not woman, not flesh, not blood. darkness was elevated so there was light.

Fluids and Being

When there was water, there was space or volume, the volume of void-space (such as fluids). Having darkness and light makes radiation and reflection. To have reflection there has to be material and volume of solids. Volume change tendency control. If void ratio is high (loose soils) voids in a soil skeleton tend to minimize under loading – adjacent particles contract. The opposite situation, i.e. when void ratio is relatively small (dense soils), indicates that the volume of the soil is vulnerable to increase under loading – particles dilate.

The Void also can denote excretion, the process by which waste products of metabolism and other non-useful materials are eliminated from an organism. In vertebrates this is primarily carried out by the lungs, kidneys and skin. The void as such could be the part of the being, the breathing or passage of air, the composure of the things, be it man or animal or plant.

Dependant Independence

Elementary particles need not be statistically independent and everything could move around without the other but would interfere with the other. Einstein observed that the exchange of radiation between bodies should involve an exchange of mass; light quanta have mass exactly as do ordinary molecules. In his derivation of this result, Einstein speaks about a “light complex,” an entirely classical concept, rather than about a light quantum. When, after Bose’s work, he did attribute corpuscular properties to light quanta, he distinguished clearly between photons (a word he did not use), zero rest mass bosons (another word introduced later) whose number need not be conserved; and massive bosons, whose number must be conserved. His prediction of a condensed state for massive bosons (see Einstein, 1925), now called a Bose-Einstein condensate, offered the first theoretical explanation of a transition between two phases of a system. The prediction was spectacularly confirmed some seventy years later, winning its discoverers the 2001 Nobel prize in physics.

A light ray divides itself, but a light quantum cannot divide without a change of frequency” (Einstein to H. A. Lorentz, 23 May 1909, Collected Papers, vol. 5, p. 193).

Originator of Big Bang

The Big Bang era of the universe, presented as...

The Big Bang era ofthe universe, presented as a manifold in two dimensions (1-space and

time); the shape is right (approximately), but it’s not to scale. (Photo

credit: Wikipedia)

For those saying because there was a Big Bang, so there could not be a Creator is like having the empty peace of paper, getting sings or drawings on its own, without someone using a pen, his hand or his brains to bring something on the paper.

The Big Bang does not contradict anything which is written in the Book of Books, the Bible or Holy Scriptures, which is inspired and infallible the Word of that Maker, the Being behind it all.

The void got formed.


A pagan Greek philosopher, Proclus, called the Successor, had written a massive polemical commentary explicitly criticizing the Biblical description of the universe and its origin, on the grounds that it was scientifically unsupportable. Philoponus, also known as John the Grammarian or John of Alexandria, was a Christian and Aristotelian commentator and the author of a considerable number of philosophical treatises and theological works, destroyed Proclus’ arguments in his reply, demonstrating the many flaws in Proclus’ work. {Wilderberg, ‘John Philoponus’, Stanford Encyclopedia of Philosophy.}
He also wrote numerous commentaries on Aristotle’s works which identified their errors, using the Biblical cosmology as his tool. {John McKenna, article ‘John Philoponus, Sixth Century Alexandrian Grammarian, Christian Theologian and Scientific Philosopher’, Quodlibet Journal, Volume 5, Number 1, January, 2003.}

Cosmology, Philosophy and Science

This breakthrough was instrumental in the formation of Western science as we know it. Philoponus’ work was used by later scientific investigators such as such as Bonaventure, Gersonides, Buridan, Oresme, Gianfrancesco Pico della Mirandola, Galileo Galilei, and Isaac Newton, all of whom made significant scientific progress as a result.

Philoponus had defended the Christian cosmology, deriving powerful arguments from observations of the universe that it must have had a beginning, and that it was finite in duration. He single-handedly debunked the greatest pagan philosopher and cosmologist in recorded history (Aristotle), as well as burying Proclus’ criticism of the Christian cosmology.

Around 550 Philoponus wrote a theological work On the Creation of the World as a commentary on the Bible’s story of creation using the insights of Greek philosophers and Basil the Great. In this work he transfers his theory of impetus to the motion of the planets, whereas Aristotle had proposed different explanations for the motion of heavenly bodies and for earthly projectiles. Thus Philoponus’ theological work is recognized in the history of science as the first attempt at a unified theory of dynamics. Another of his major theological concerns was to argue that all material objects were brought into being by God (Arbiter, 52A-B).

Later Jewish and Christian cosmologists throughout the medieval era made similar arguments, based on the same observations. Christian scientists from Francis Bacon to Isaac Newton all understood this, for centuries.

To be or not to be true

Incredibly, some of the greatest 20th century scientists such as the son of a Somerset Quaker, Arthur Henry Eddington and Einstein claimed it could not be true (apparently Einstein later said it was possibly the greatest error in his career). Eddington even admitted he didn’t want it to be true, for philosophical reasons. [9] It was only recently that scientific evidence for the ‘Big Bang’ proved that the universe did indeed have a beginning and would have an end, contrary to what many scientists had believed.

The Bible did not want to give an exact picture of who everything came into being but does contain information which has historically been of considerable scientific value.

Biblical concept of the universe

WMAP image of the (extremely tiny) anisotropie...

WMAP image of the (extremely tiny) anisotropies in the cosmic background radiation (Photo credit: Wikipedia)

Unlike every other Ancient Near East cosmology, the Bible describes the universe in naturalistic terms. The sun, moon, and stars are inanimate objects rather than gods, the universe was not created from the recycled body parts of divine beings, and the universe operates according to fixed laws. Early Jewish and Christian commentators understood that nature is regular and orderly, since everything in nature takes place according to fixed laws which God has instituted, which never change.

Sirach chapter 16, verses 26-28, 180-175 BCE.

‘When the Lord created his works from the beginning, and, in making them determined their boundaries, he arranged his works in an eternal order, and their dominion for all generations. They neither hunger not grow weary, and they do not abandon their tasks. They do not crowd one another, and they never disobey his word.’

Basil of Caesarea, ‘Hexamaron’, chapter 5, sections 10, 370 CE.

‘It is this command which, still at this day, is imposed on the earth and, in the course of each year, displays all the strength of its power to produce herbs, seeds, and trees. Like tops, which after the first impulse continue their evolutions, turning upon themselves, when once fixed in their center; thus nature, receiving the impulse of this first command, follows without interruption the course of ages until the consummation of all things.’

This concept of the universe, which we take for granted, was revolutionary in the Ancient Near East and was not even approached by the Greeks until around the 4th century BCE. In fact the inadequacy of Greek science led to a complete dead end.

Concept of Origin and Originator

John McKenna, article ‘John Philoponus, Sixth Century Alexandrian Grammarian, Christian Theologian and Scientific Philosopher’, Quodlibet Journal, Volume 5, Number 1, January 2003.

‘The Greek concept of God caused a deep confusion between cosmology and theology and was a dead-end to science, as we know it in our time.’

Unable to free itself completely from mythology, Greek science finally stagnated and failed to advance any further.

Wilderberg, ‘John Philoponus’, Stanford Encyclopedia of Philosophy.

‘Reading Philoponus as well as the writings of his great adversary Simplicius, one gets the sense that in the 6th century CE, traditional pagan Greek learning had become desperately insular.’


Western science was not revived until the 6th century CE Christian philosopher John Philoponus challenged the pagan cosmology inherited from the Greeks.

Dan Graves, ‘Aristotle’s Earliest Creationist Critic’, 1998.

‘A widespread religion of Philoponus’s time was pantheism, a belief system that sees God as equivalent to nature. In his rejection of this, Philoponus argued that the Creator transcends nature rather than being within it. Having been created, nature exists without constant intervention by God. This radical conception shocked the pagans who believed the gods were imbedded within the material universe.’

Religious experience versus scientific experience

Eddington argued from a novel interpretation of positivism that religious experience and scientific experience were equally valid parts of human life, but that neither could prove any particular sectarian dogma. This ecumenical, reassuring position was quite popular in the interwar period with the last surge of liberal theology, but became less relevant with the death of that movement around World War II.

Einstein loved to discuss scientific problems with friends, but he was, fundamentally a “horse for single harness.” His belief in strict causality was closely related to his profound belief in the harmony of nature, which did not have to exclude a Supernatural Hand behind it all.

Most of the people do want to look at the universe rationally, in mathematical terms, and by doing so they often become blind for the mystical elemenents we as human beings can not understand. It is not because we can not cope with the matter that we do have to cease to evoke a deep — one might say, religious — feeling of admiration in the Power behind all science.

“The most incomprehensible thing about the world,” Einstein once wrote, “is that it is comprehensible.”

Free inventive capacity of human mind

To discover the basic laws and concepts of nature we can either try to find knowledge by scientist, whose findings after some years may become outdated and not so right as people thought after, first arguing a lot.

Einstein argued that while we learn certain features of the world from experience, the free inventive capacity of the human mind is required to formulate physical theories. There is no logical link between the world of experience and the world of theory. Once a theory has been formulated, however, it must be “simple” (or, perhaps, “esthetically pleasing”) and agree with experiment. One such esthetically pleasing and fully confirmed theory is the special theory of relativity. There was the Galilean invariance or Galilean relativity that states that the laws of motion are the same in all inertial frames. Galileo Galilei first described this principle in 1632 in his Dialogue Concerning the Two Chief World Systems using the example of a ship travelling at constant velocity, without rocking, on a smooth sea; any observer doing experiments below the deck would not be able to tell whether the ship was moving or stationary. The fact that the Earth orbits around the sun at approximately 30 km/s offers a somewhat more dramatic example, though it is technically not an inertial reference frame.

We might also adhere that there exists an absolute space, in which Newton’s laws are true, an inertial frame as a reference frame in relative uniform motion to absolute space where all inertial frames share a universal time. {Newtonian relativity}

If it be a relativity generalising special relativity and Newton’s law of universal gravitation, providing a unified description of gravity as a geometric property of space and time, or spacetime we in a moment of time can appear or dispensary, be or not be.  In the curvature of space-time we shall not be able to avoid the energy and momentum of whatever matter and radiation are present.

Subtle but not malicious

When Einstein was informed of D.C. Miller’s experiments, which seemed to contradict the special theory by demanding the reinstatement of the ether, he expressed his belief in the spuriousness of Miller’s results—and therefore in the harmoniousness of nature—with another of his famous aphorisms, “God is subtle, but he is not malicious.”

This frequent use of God’s name in Einstein’s speeches and writings provides us with a feeling for his religious convictions. He once stated explicitly,

“I believe in Spinoza’s God who reveals himself in the harmony of all being, not in a God who concerns himself with the fate and actions of men.”

It is not difficult to see that this credo is consistent with his statement that the

“less knowledge a scholar possesses, the farther he feels from God. But the greater his knowledge, the nearer is his approach to God.”

This should let us made to think about our position to the Divine Creator who provide human beings with brains so that they can think and have wisdom. Since Einstein’s God manifested Himself in the harmony of the universe, there could be no conflict between religion and science for Einstein. As Christians we should believe the Word of God and notice that many things written in it were first taught otherwise by man. Lots of people twisted words and told people they were in the Scriptures, but that ordinary people could not understand them. Many points of believe were created, people had to accept them, or they would be tortured and even be killed for other beliefs. The major points in this are that the world would be there in one go like we see it today, that the earth would be a flat surface, that God would be three in one (the Holy Trinity), that Jesus was God and that Jesus existed already at the time of the creation.

Looking into matters, taking time to study and for investigation

We should look into all matters, investigate them and make the right choices. The Creator provided the universe, placed human beings, plants and animals in it and gave guidance in His Word, to help them find their way. each of us has to use their brains to search, look for and to experiment. Each of us has also either to hear to the world or to see the Magnificent Hand of God and the Beautiful Works of God, which work faith.

Illustration of the expansion of the Universe ...

Illustration of the expansion of the Universe after the Big bang. In Bulgarian. (Photo credit: Wikipedia)

Einstein’s theory implies the existence of black holes — regions of space in which space and time are distorted in such a way that nothing, not even light, can escape — as an end-state for massive stars. There is ample evidence that the intense radiation emitted by certain kinds of astronomical objects is due to black holes; for example, microquasars and active galactic nuclei result from the presence of stellar black holes and black holes of a much more massive type, respectively. In time people will find out more about it. Many previous scientific findings may be considered mistaken. those faulty teachings where once taken as the truth and preferred above the Truth of God. We should know better and look for truth in the Bible, the Word of God. Studying that word we should come to conclusions and take the right choices doing the job god wants us to do.

No void anymore

We can have no void, having no members or examples. Today the void is gone. We live in the world not inhabited any more and is not deserted. Being part of those living elements of the universe, we can breath and move and fulfil duties.

When Einstein lay dying he could truly utter, as he did,

“Here on earth I have done my job.”

Shall we be able to say at the end of our life the same thing?

It would be difficult to find a more suitable epitaph than the words Einstein himself used in characterizing his life:

“God is inexorable in the way He has allotted His gifts. He gave me the stubbornness of a mule and nothing else; really, He also gave me a keen scent.”


Additional notes:

  1. Proclus Lycaeus was a Greek Neoplatonist philosopher, one of the last major Classical philosophers who set forth one of the most elaborate and fully developed systems of Neoplatonism. He stands near the end of the classical development of philosophy, and was very influential on Western medieval philosophy (Greek and Latin) as well as Islamic thought.
  2. The biblical findings and theological ideas of John the Grammarian or John of Alexandria broke from the Aristotelian-Neoplatonic tradition, questioning methodology and eventually leading to empiricism in the natural sciences. His doctrine on Christ’s duality, according to which in Christ remain two united substances, united but divided, is analogous to the union of the soul and body in human beings and coincides with the miaphysite school of thought.
    He was posthumously condemned as a heretic by the Orthodox Church in 680-81 because of what was perceived of as a tritheistic interpretation of the Trinity.
  3. Arthur Henry Eddington was the first interpreter of Einstein’s relativity theory in English, and made his own contributions to its development; and he formulated relationships between all the principal constants of nature, attempting a vast synthesis in his provocative but uncompleted Fundamental Theory.

Please do find:

  1. The professor, God, Faith and the student
  2. The Origin of Life on Earth: Creation or Evolution?
  3. God of gods
  4. The Divine name of the Creator
  5. Two states of existence before God
  6. A viewpoint on creation
  7. The World framed by the Word of God
  8. Creator and Blogger God 1 Emptiness and mouvement
  9. Creator and Blogger God 3 Lesson and solution
  10. Trusting, Faith, calling and Ascribing to Jehovah #3 Voice of God #1 Creator and His Prophets
  11. Cosmos creator and human destiny
  12. Creation of the earth out of something
  13. Creation gift of God
  14. Creation and the Bible
  15. God, Creation and the Bible Hope
  16. A viewpoint on creation
  17. Man made life
  18. The manager and Word of God
  19. Newton did not believe in a Trinity
  20. Trinity: A False Doctrine of a False Church
  21. God works faith
  22. Without God no purpose, no goal, no hope
  23. Finish each day and be done with it


  • Could ‘Higgsogenesis’ explain dark matter? (
    The recently discovered Higgs boson is best known for its important role in explaining particle mass. But now some physicists are wondering if the Higgs could have played an equally significant role in generating dark matter and baryonic matter in the early Universe, as well as causing the hypothetical dark matter asymmetry and the observed baryon asymmetry between matter and antimatter particles.
  • Nothingness (
    When you ask people about how life started, or even how the entire universe came into fruition, their answer would basically boil down into two categories – an answer which is derived from scientific explanations and another which involves an application of faith, a response born of their religion. In the scientific field, we see theories which seek to explain the origin of the universe such as the big bang theory, as well as ideas which aim to resolve the issue of how humans were formed such as Charles Darwin’s Origin of the Species.
  • Why Does The World Exist? (
    In writing previously about Lawrence Krauss’s book, A Universe From Nothing: Why is There Something Rather Than Nothing? I called this the greatest question. Comes now Jim Holt’s book, Why Does the World Exist? Whereas Krauss’s was basically a physics book, Holt’s is mainly philosophical. At the heart of the problem is what nothingness means (as the alternative to the Universe we’ve got, full of stuff). Holt spends much time on this, discussing the plausibility of nothingness via a process of subtraction from our cosmos of somethingness. Meantime Krauss described nothingness in such a way that applying physics to it could get you a Big Bang; he talks a lot about field theory and suchlike. imagesBut the trouble is that religious apologists can always say their nothingness (not even fields) is deeper than yours and requires a god to get something going.
  • Creation Myth Flash Fiction (
    According to the Standard Model of particle physics, the universe should be empty. Matter and antimatter, which are identical except for their opposite electric charges, seem to be produced in equal parts during particle interactions and decays. However, matter and antimatter instantly annihilate each other upon contact, and so equal amounts of each would have meant a wholesale annihilation of both shortly after the Big Bang. The existence of galaxies, planets and people illustrates that somehow, a small surplus of matter survived this canceling process. If that hadn’t happened, “the universe would be void,” Schönert said. “It would be very, very boring for us, who would not exist.”
  • Accommodation of the Void (
    Even thinking about it in terms that can be thought as even being semi-friendly makes a lot of our brains itch. We loathe a void. A void means that we are empty of something and that the void demands to be filled. What we are not realizing is that there is a reason for the void and once it is that we understand the reason, there will be no more void. Too many of us are not accepting this. Too many people believe that a void is a bad thing when in reality it is only a neutral thing and doesn’t carry any negative energy until we choose to believe that it is something other than what it truly is, which is merely and only a void.Nothing in existence did not first come from a void. A void is really only an empty space that is waiting for the right and matching energy to come through to it and fill it. The reason that there is a void created is because that which was there to begin with no longer fits and neither does the energy that used to be there.
  • Stephen Hawking’s Big Ideas Made Simple (
    No time to read Stephen Hawking’s A Brief History of Time? In just two and a half minutes, Alok Jha explains why black holes are doomed to shrink into nothingness then explode with the energy of a million nuclear bombs, and rewinds to the big bang and the origin of the universe?
    Nice story, but many astrophysicists do not accept this theory of universal birth.
  • [CEA] Constraints on Large-Scale Dark Acoustic Oscillations from Cosmology (
    If all or a fraction of the dark matter (DM) were coupled to a bath of dark radiation (DR) in the early Universe we expect the combined DM-DR system to give rise to acoustic oscillations of the dark matter until it decouples from the DR. Much like the standard baryon acoustic oscillations, these dark acoustic oscillations (DAO) imprint a characteristic scale, the sound horizon of dark matter, on the matter power spectrum.
  • Higgs boson may have played a role in dark matter creation (
    The most famous subatomic particle in recent years is no doubt the Higgs boson, which is responsible for defining the mass of particles. Now scientists believe it may also have an important role in the creation of dark and baryonic matter in the early universe. It may also have something to do with the asymmetry between antimatter and matter particles.The concept of asymmetry involves the idea that while the big bang should have produced equal amounts of matter and anti-matter, it didn’t. If matter and anti-matter had been created in equal amounts, they should then have eliminated each other, leaving… nothing. Of course, that’s not what happened; there was a slight excess of matter, meaning some was left over after all the anti-matter had been eliminated. That matter is what makes up our universe.
  • The impact of baryonic processes on the two-point correlation functions of galaxies, subhaloes and matter [CEA] (
    The observed clustering of galaxies and the cross-correlation of galaxies and mass (a measure of galaxy-galaxy lensing) provide important constraints on both cosmology and models of galaxy formation. Even though the dissipation, and more importantly the feedback processes associated with galaxy formation are thought to affect the distribution of matter, essentially all models used to predict clustering data are based on dark matter only simulations.
    We conclude that predictions for galaxy-galaxy and galaxy-mass clustering from models based on dark matter only simulations will have errors greater than 10% on sub-Mpc scales, unless the simulation results are modified to correctly account for the effects of baryons on the distributions of mass and satellites.
  • Using the topology of large-scale structure in the WiggleZ Dark Energy Survey as a cosmological standard ruler [CEA] (
    The Minkowski functionals are a set of statistics which completely describe the topological nature of each isodensity surface within the field, as a function of the density value.

7 thoughts on “Blackness, nothingness, something, void

  1. Pingback: “Before” and “after” the Big Bang | Stepping Toes

  2. Pingback: Nothingness | Stepping Toes

  3. Pingback: Accommodation of the Void | Stepping Toes

  4. Pingback: Bijbelvorsers uitkijkend om meerdere lezers te bereiken | Bijbelvorser = Bible Researcher

  5. Pingback: Bijbelvorser looking for ways to reach others | Bijbelvorser = Bible Researcher

  6. Pingback: Christianity without the Trinity | Stepping Toes

  7. Pingback: Getting out of the dark corners of this world | From guestwriters

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