Hypothesizing as to whether there is an edge to the universe is like suggesting there is a center to the universe. It speculates that the universe is some sort of contained volume of evolutionary activity rather than as a dimensional perspective in which reality plays out. You either go along with the concept of an isotropic and homogeneous universe, wherein there is no center or edges, or you don’t. If you go along with the concept, then the notion of infinity provides the description that best describes its infinite nature: limitless, boundless, and endless in spacetime; wherein extent or size is impossible to measure or calculate.
The closest scientists have come to in a discussion which may represent a more limited universe is the debate over cosmological multipole patterns, as presented - "In fact, that pattern can be fitted to a quadrupole alignment with a much higher probability than chance; suggesting that the early universe as a whole could have been spinning like a giant galaxy." A previous article noted that scientists had detected a massive rotating galaxy-like disk from the early forming universe. Almost provides for a sense of logic to the hypothesis of 'Selfish Biocosm'. Ever since Newton, scientists have tried to understand existence by discovering its underlying rules. The result of this hypothesis has been a massive edifice of natural law, and biology has been seen as a consequence of the universe’s construction, rather than an instigator. Isaac Newton's First Law of Motion describes the behavior of a massive body at rest or in uniform linear motion, i.e., not accelerating or rotating. The First Law states, "A body at rest will remain at rest, and a body in motion will remain in motion unless it is acted upon by an external force." Back then, most people believed that the natural state of a body was to be at rest.
But what if the cosmos was always spinning or rotating upon its very conception? This property of massive bodies to resist changes in their state of motion is called inertia, and this leads to the concept of inertial reference frames. An inertial reference frame can be described as a 3-dimensional coordinate system that is neither accelerating nor rotating; however, it may be in uniform linear motion with respect to some other inertial reference frame. Newton showed that these laws of motion, combined with his law of universal gravitation, explained Kepler's laws of planetary motion. In modern physics, the laws of conservation of momentum, energy, and angular momentum are of more general validity than Newton's laws, since they apply to both light and matter, and to both classical and non-classical physics. This can be stated simply, "Momentum, energy and angular momentum cannot be created or destroyed."
In the book, 'The Evolutioning of Creation: Volume 2', the author implies of motion that the forced distortion of spacetime interacts with mass in a way that is reflective of his modeling of existence in the pre-proposed model of immersive liquid inversion. While the author was actually working to derive the forces required for the evolution of mass densities, he also tripped upon the notion of the evolutionary creation of the elements. The evolutionary creation of the elements is comparable to the evolutionary development of cell division in that both are dependent on the purpose of direction in the form of electromagnetic and/or gravitational poles.
Considering a directional attitudinizing upon the creation of the universe suggests that evolutionary existence itself, whether elemental or biological, relies on motion. Motion requires changes over time. The concept of motion requires a dimensional framework of convergence for the fabric of spacetime; in which case there must have been an unpopulated spacetime fabric that preceded the notion of creation. It has always been my premise that dark energy, being the largest distribution of total energy, represents the foundation for space-time and provides for a net zero inclusion of matter as a whole, then it starts as 100% of the total energy. Considering the 'Big Bang' theory from a singular point as modeled after a gravitational singularity, rather try thinking of the 'Big Bang' theory from a pre-existing fabric of space-time without any real matter, as a the proposed one dimensional determinant. Then start unfolding this dimensional perspective so space-time fabric into existence; first into a two dimensional space-time fabric, which is an expansion from our one dimensional space-time, and then into a three dimensional space-time fabric and so on. The expectation is that ordinary matter creation took place within a pre-existing medium of space-time; that pre-existing medium which is responsible for our expanding universe: dark energy. Indeed, the existence of matter would only warp the pre-existing fabric of space-time. Take away the positive density matter and you would still have a vessel in which the matter once existed. It would only be logical for this vessel to be one of dark matter, as dark matter would be unaffected by the force of dark energy.
The only problem with such a discussion is that it appears this interpretation of the data presents more questions than answers. If the universe was once spinning, then we need to explain how it continues to influence mass spin when the universe is no longer spinning. We would also need to explain the event that forced the universe to stop spinning, because without such an event the first law of motion implies that it should still be spinning, or rotating. And if it is still rotating, then why is there not a center to this rotating universe?
Scientists from University College London and Imperial College London have put this assumption through its most stringent test yet and found only a 1 in 121,000 chance that the universe is not the same in all directions. This study considered the widest possible range of universes with preferred directions or spins and determined what patterns these would create in the CMB. The results, published in the journal Physical Review Letters in 2016, show that no patterns were a match, and that the universe is most likely directionless, stating "We have put this assumption to its most exacting examination yet, testing for a huge variety of spinning and stretching universes that have never been considered before. When we compare these predictions to the Planck satellite's latest measurements, we find overwhelming evidence that the universe is the same in all directions. If this assumption is wrong, and our universe spins or stretches in one direction more than another, we'd have to rethink our basic picture of the universe."
So there are still problems with how this all would fit into the current view of our evolutionary universe.
The closest scientists have come to in a discussion which may represent a more limited universe is the debate over cosmological multipole patterns, as presented - "In fact, that pattern can be fitted to a quadrupole alignment with a much higher probability than chance; suggesting that the early universe as a whole could have been spinning like a giant galaxy." A previous article noted that scientists had detected a massive rotating galaxy-like disk from the early forming universe. Almost provides for a sense of logic to the hypothesis of 'Selfish Biocosm'. Ever since Newton, scientists have tried to understand existence by discovering its underlying rules. The result of this hypothesis has been a massive edifice of natural law, and biology has been seen as a consequence of the universe’s construction, rather than an instigator. Isaac Newton's First Law of Motion describes the behavior of a massive body at rest or in uniform linear motion, i.e., not accelerating or rotating. The First Law states, "A body at rest will remain at rest, and a body in motion will remain in motion unless it is acted upon by an external force." Back then, most people believed that the natural state of a body was to be at rest.
But what if the cosmos was always spinning or rotating upon its very conception? This property of massive bodies to resist changes in their state of motion is called inertia, and this leads to the concept of inertial reference frames. An inertial reference frame can be described as a 3-dimensional coordinate system that is neither accelerating nor rotating; however, it may be in uniform linear motion with respect to some other inertial reference frame. Newton showed that these laws of motion, combined with his law of universal gravitation, explained Kepler's laws of planetary motion. In modern physics, the laws of conservation of momentum, energy, and angular momentum are of more general validity than Newton's laws, since they apply to both light and matter, and to both classical and non-classical physics. This can be stated simply, "Momentum, energy and angular momentum cannot be created or destroyed."
In the book, 'The Evolutioning of Creation: Volume 2', the author implies of motion that the forced distortion of spacetime interacts with mass in a way that is reflective of his modeling of existence in the pre-proposed model of immersive liquid inversion. While the author was actually working to derive the forces required for the evolution of mass densities, he also tripped upon the notion of the evolutionary creation of the elements. The evolutionary creation of the elements is comparable to the evolutionary development of cell division in that both are dependent on the purpose of direction in the form of electromagnetic and/or gravitational poles.
Considering a directional attitudinizing upon the creation of the universe suggests that evolutionary existence itself, whether elemental or biological, relies on motion. Motion requires changes over time. The concept of motion requires a dimensional framework of convergence for the fabric of spacetime; in which case there must have been an unpopulated spacetime fabric that preceded the notion of creation. It has always been my premise that dark energy, being the largest distribution of total energy, represents the foundation for space-time and provides for a net zero inclusion of matter as a whole, then it starts as 100% of the total energy. Considering the 'Big Bang' theory from a singular point as modeled after a gravitational singularity, rather try thinking of the 'Big Bang' theory from a pre-existing fabric of space-time without any real matter, as a the proposed one dimensional determinant. Then start unfolding this dimensional perspective so space-time fabric into existence; first into a two dimensional space-time fabric, which is an expansion from our one dimensional space-time, and then into a three dimensional space-time fabric and so on. The expectation is that ordinary matter creation took place within a pre-existing medium of space-time; that pre-existing medium which is responsible for our expanding universe: dark energy. Indeed, the existence of matter would only warp the pre-existing fabric of space-time. Take away the positive density matter and you would still have a vessel in which the matter once existed. It would only be logical for this vessel to be one of dark matter, as dark matter would be unaffected by the force of dark energy.
The only problem with such a discussion is that it appears this interpretation of the data presents more questions than answers. If the universe was once spinning, then we need to explain how it continues to influence mass spin when the universe is no longer spinning. We would also need to explain the event that forced the universe to stop spinning, because without such an event the first law of motion implies that it should still be spinning, or rotating. And if it is still rotating, then why is there not a center to this rotating universe?
Scientists from University College London and Imperial College London have put this assumption through its most stringent test yet and found only a 1 in 121,000 chance that the universe is not the same in all directions. This study considered the widest possible range of universes with preferred directions or spins and determined what patterns these would create in the CMB. The results, published in the journal Physical Review Letters in 2016, show that no patterns were a match, and that the universe is most likely directionless, stating "We have put this assumption to its most exacting examination yet, testing for a huge variety of spinning and stretching universes that have never been considered before. When we compare these predictions to the Planck satellite's latest measurements, we find overwhelming evidence that the universe is the same in all directions. If this assumption is wrong, and our universe spins or stretches in one direction more than another, we'd have to rethink our basic picture of the universe."
So there are still problems with how this all would fit into the current view of our evolutionary universe.