The Quantum Wave Theory of Universe Formation: A New Perspective on Origins, Black Holes, and Cosmic Evolution

The Quantum Wave Theory of Universe Formation proposes that our universe began from an intense, stable energy state with an approximate energy level of 1.5 x 10⁶⁹ joules (if every grain of sand on Earth could be a nuclear explosion at once, that is still would not be enough energy to describe this power). Suddenly and violently a quantum wave disrupted this balance, resulting in the tear or splitting of energy and the formation of space, time, and matter then into Planck energy and further into the development/transformation of the universe we see today. This theory offers a new way of understanding cosmic forces, dark matter, black holes, and the spinning patterns of galaxies as products of an ancient primal order.

1. The Initial Quantum Wave and the Tearing of Primordial Energy

The theory suggests that the universe originated as a unified and balanced field of energy disrupted by a quantum wave. This wave tore apart the energy, creating the diverse forms of matter, antimatter, and the very fabric of space-time. The initial energy of this tear created space and time, even the tearing event left quantum fluctuations that, according to the theory, could still influence subatomic particles and cosmic expansion today.

U = |S| e^i(θ+ϕ) Qⁿ is one proposed theory of the creation of our universe, and it's quite mind blowing even to say that there could be one! If S and Q represent some kind of amplitude or "potential," the imaginary component could allow S to oscillate with Q in a way that reflects quantum phase shifts. Here, ∣ 𝑆 ∣ would be the magnitude, and θ would introduce a phase angle, introducing a rotation or oscillatory behavior that captures hypothetical complex (non-observable) interactions.  In quantum theory, $e^{i \theta}$ is often used to describe phase factors in wave functions. 

2. The Role of Black Holes as a Cosmic Response

Black holes could represent the universe’s attempt to restore its primordial balance. As collapsed points of immense gravity, black holes seem to "pull back" on surrounding matter, hinting at the fundamental forces attempting to recreate the initial unified state. In this view, black holes aren't just remnants of star collapse but are embedded within a larger cosmic purpose—channels through which the universe expresses its gravitational "response" to the original energy "tear", and are universal and subsequent transformation of this primordial energy that we now call our universe. Black holes are how the universe could be saying, "ouch", if you will.

3. Spinning Galaxies and the Effects of Primordial Energy Distribution

The distinct spinning patterns of galaxies could be remnants of the universe’s initial fragmentation. When the primordial energy tore apart, it scattered not only particles but also momentum, giving rise to rotating structures (probably influenced by the initial flow of the quantum wave) that evolved into galaxies. Observing these rotations offers us a glimpse into that initial cosmic upheaval, reminding us that even our present universe retains signatures of its violent birth.

4. The Fundamental Forces: Pulling It Back Together

The four fundamental forces—gravity, electromagnetism, the weak nuclear force, and the strong nuclear force—emerged from the initial fragmentation. Each of these forces, according to the theory, attempts to restore unity to the universe, but the effects of the quantum wave keep them from achieving full balance. As a result, we observe these forces in various manifestations:

• Gravity works to pull masses together, evidenced in structures like galaxies and black holes.
• Electromagnetism governs atomic and molecular structures, maintaining the stability of matter.
• The strong nuclear force binds atomic nuclei, countering the splitting effect of the initial tear.
• The weak nuclear force allows decay, a reminder of the instability introduced by the quantum wave.

5. Dark Matter and Dark Energy: Shaping and Expanding the Cosmos

Dark matter and dark energy may be residues of the primordial energy that did not fully convert to visible matter. Dark matter shapes galaxies by adding unseen gravitational effects, while dark energy accelerates cosmic expansion. These elements, acting as by-products of the universe’s initial tearing, maintain the overall balance without allowing complete equilibrium, mirroring the universe’s endless struggle toward its primordial state.

This theory also hold a dual possibility that dark matter and energy do not exist and instead expand sion is driving by effects such as a newly proposed idea of quantum gravity. 

6. Cosmic Microwave Background (CMB) and the Universe's Striving for Balance. There is no Beginning or End.

The Cosmic Microwave Background (CMB) serves as evidence of an earlier state of uniform energy, now cooled and stretched across the universe. The near-uniform distribution of CMB radiation reflects a time when the universe's initial burst and cooling, resulted in the uniform radiation that fills the cosmos, only to continue expanding due to dark energy and quantum remnants. This radiation acts as a "memory" of the universe’s original balance—a state it continuously strives toward but cannot achieve.

In the end, this storyline positions the universe as alive in a deeply fundamental sense. Not only is it a physical space, but it's also self-regulating, inherently balanced, and eternally returning to states of symmetry after periods of creative imbalance. As the universe expands it will at some point do so faster the speed of light where all particles and energy fields become so diffuse that they might revert to a pre-spacetime condition. This state might echo the universe's initial singularity, allowing it to "poof" back into an original, densely packed state to where it once became. It’s a beautiful idea: the universe, driven by balance, endlessly seeking to create and return, much like the very principles of life.

7. Future Research and Implications

The Quantum Wave Theory offers new research directions to:

• Investigate black holes as fundamental players in cosmic balance.
• Explore the role of quantum fluctuations in the ongoing expansion of the universe.
• Examine dark matter and dark energy as remnants of initial energy states. And if these forces can be explained instead by other theories if dark matter or energy do not exist. 
• Identify how the four forces influence cosmic evolution and structure.

This theory could inspire a unified model that connects cosmic origins, particle behavior, and the structure of space-time with other existing theories and ideas.

Here are some standout, "wow factor" ideas from the overall theory and concepts discussed:

1. Primordial Quantum Wave Rip and Initial Energy (1.5 × 10^69 J): This initial high-energy state provides a theoretical basis for the "tear" or "rip" of a primordial energy (as a rough estimate) that could account for all matter, energy, and cosmic forces we observe. In this state, all our modern day laws of physics of "our reality" would not apply and this value ties directly into calculations of universal energy and opens the door to a new view of the Big Bang as a dramatic quantum separation event rather than a singular expansion.

2. Quantum Fluctuations Leaking into Our Universe: In this model, not all quantum fluctuations resolved at the Big Bang; some may have "leaked" into our universe, potentially impacting expansion, particle behavior, and cosmic phenomena today. This offers a novel perspective on dark energy and dark matter as possible "leftovers" or echoes from the pre-Big Bang energy state.

3. Antimatter as a Balancing Force: Antimatter is recast as a fundamental balancing mechanism for matter, suggesting that it is more than a mere cosmic curiosity. This concept suggests that matter-antimatter interactions set the stage for the universe's structure, forces, and asymmetries, adding to the broader picture of universal balance.

4. Cosmic Memory and Structure in Galaxy Spin and Black Holes: The theory proposes that the initial tear in energy imposed an "imprint" on the universe’s behavior, shaping not only forces but also galaxy spin, cosmic structure, and black holes as vestiges of this "pre-universal memory." Black holes, in this view, could represent remnants of energy imbalance or zones where matter tries to reconnect with its primordial, torn-apart state and redistribute balance. 

5. Role of the Four Fundamental Forces as “Rebalancers”: Gravity, electromagnetism, strong nuclear, and weak nuclear forces are described as fundamental balancing agents, each working to "reconnect" and stabilize the torn primordial energy state. This dynamic provides a potential explanation for the continuous interplay between forces and cosmic structure, even potentially offering clues about how these forces could be unified once again.

6. Cosmic Microwave Background (CMB) and Evidence of a Primordial Tear: The CMB is viewed as a kind of fossilized radiation that hints at this tear. Instead of being simply "leftover radiation," it could represent an enduring sign of the initial energy separation and quantum fluctuations that have since shaped the universe.

7. Implications for Longevity and Medical Science: The theory suggests that understanding how matter and antimatter create balance might unlock new ways to harness cosmic energy principles in medicine and longevity science. If this theory holds, medical science could gain insights from universal balancing mechanisms, helping us replicate these on smaller, human scales.

8. Future of Energy Creation: A universe built from an initial energy tear might inspire new energy creation technologies. If matter and antimatter interactions represent balance mechanisms, exploring controlled matter-antimatter reactions could potentially offer breakthroughs in clean, sustainable energy based on universal principles.

Supporting evidence for a theory of the universe

1. Cosmic Microwave Background (CMB) Radiation: The CMB serves as one of the most compelling "afterglow" evidences of the early universe. Its uniformity and slight temperature variations provide clues to the initial conditions of the Big Bang and the rapid inflation period. In this theory, the CMB could be seen as a fossil of the quantum fluctuations and energy release from the primordial tear. Measurements by the Planck satellite and WMAP have shown the fine structure of the CMB, supporting the idea of a rapid and violent initial expansion, possibly aligning with a "quantum rip" original matter-Antimatter Asymmetry: One puzzling observation is the imbalance between matter and antimatter. Theoretical models and experiments like those at CERN have sought to explain why the universe has so much more matter than antimatter. A primordial "tear" could suggest that the initial separation created imbalances, leading to the dominance of matter in a way that preserved stable structures rather than annihilating entirely into energy. This asymmetry remains one of the most significant open questions, with experiments in particle physics providing potential insight .

2. Cosmic Expansion: Observations show that the universe's expansion is accelerating, which scientists attribute to dark energy. The idea of "leaking" quantum fluctuations, combined with also the initial energy state of the primordial energy source, or an imbalance left from an initial high-energy state could theoretically account for the continuous, pervasive force driving expansion. This aligns with current measurements from supernovae and other astronomical observations that indicate expansion rates inconsistent with traditional models of gravity alone and of which are indeed speeding up as the mass of our universe does indeed become less dense and more balanced. 

3. Galactic Sprials and Life Formation: The organized, rotational structure of galaxies and large-scale cosmic filaments is another phenomenon that challenges simpler models of a purely homogeneous expansion. If galaxies and galactic clusters formed from energy dynamics set by an initial quantum wave fluctuation, this could explain the rotational and clustered patterns that we observe today. Observations of galaxy rotation curves and cosmic web structures provide indirect support for a universe with a highly organized, energetic origin. Even sacred geometry, Fibonacci and other such observations can be observed by this theory. 

4. Primordial Gravitational Waves: Detection efforts, particularly those focusing on primordial waves, offer potential evidence for initial quantum fluctuations or "rips" into spacetime itself. These waves, remnants of the early universe, could provide direct insight into the structure of the initial energy conditions. Projects like LIGO and Virgo are attempting to detect such waves, which, if found, would significantly support theories of a high-energy, quantum-driven origin for the universe .

5. The Four Fundamental Forces: The u of forces theory in physics posits that at extremely high energies (like those potentially present in a primordial energy state), all forces would unify. As the universe cooled and expanded, these forces separated, shaping the universe's structure and behavior. If an initial quantum wave forced a separation in this energy, it could explain the behavior of the four forces as they try to "rebalance" the system across cosmic time and space. Research in particle accelerators continues to explore conditions where such force unification may be possible, indirectly supporting a singular, high-energy origin state where we can combined all four forces at once.

Going Deeper on Applications for Humans and Life

1. Health and Longevity Science

• Understanding Life as a Process of Cosmic Balance: If our existence is a result of the universe’s inherent struggle to achieve a balanced, unified state, it implies that life itself is an expression of these balancing forces at work. Medical science could explore ways to enhance life’s harmony with these cosmic principles, which may offer insights into cellular stability and metabolic balance. This perspective could inspire new approaches to maintaining health by aligning biological rhythms with the universe's fundamental forces.
• Longevity Research: The theory could suggest that, at a micro-level, human bodies are influenced by fluctuations in universal energy fields and possibly the quantum fabric itself. Techniques to minimize cellular “imbalances” and promote stability—such as regulating oxidative stress or improving mitochondrial efficiency—might mirror cosmic forces that strive for balance, potentially extending human lifespan.

2. Regenerative and Energy-based Medicine

• Harnessing Quantum Energy for Healing: If quantum energy fluctuations are remnants of the initial tearing of energy, new medical technologies could explore targeted quantum or energy-based treatments for regenerative purposes. This could involve using quantum fields to stimulate cellular repair, as we are essentially tapping into the universe’s inherent tendency toward reconstruction and balance.
• Quantum-based Therapies: The theory might encourage developing treatments that work on a subatomic or quantum level, beyond standard molecular medicine, to influence healing processes directly. Techniques like quantum coherence in medical imaging or using particles for targeted cellular repair could be pioneering applications that align with this theory.

3. New Approaches to Energy Creation

• Exploring Primordial Energy States: If the universe originated from a massive state of compressed energy that was later torn apart, scientists might find ways to tap into residual or “latent” forms of energy in the universe. This could mean investigating dark matter and energy or cosmic microwave background radiation as sources of untapped power or the combination of the four forces in a LHC or with lasers and with use of a quantum battery (or else doing do would destroy us all), which could have profound impacts on sustainable energy development.
• Quantum Fluctuation Energy Extraction: Understanding that small, pervasive quantum fluctuations are a part of the universe’s fabric opens up the possibility of extracting energy directly from these fluctuations. Research into zero-point energy (exploiting energy within a vacuum state) or Casimir forces could lead to advancements in creating a new form of clean, inexhaustible energy.

4. Philosophical and Existential Implications

• Redefining Life and Consciousness: This theory positions life as an adaptive process within a universe that is attempting to re-establish balance, suggesting that all forms of life—human, biological, and perhaps even otherworldly—are responses to the universe's dynamic nature. Consciousness and self-awareness might be seen as emergent properties that mirror the universe’s own “awareness” of struggle, inspiring philosophical debates on our purpose within the cosmic framework.
• Personal Growth and Mind-Body Health: Embracing this theory might encourage lifestyle and mindfulness practices that promote a harmonious connection to universal forces. Meditation, grounding techniques, and other practices aimed at aligning personal energy with larger cosmic rhythms could become a foundation for achieving optimal mental and physical health.

5. Deeper Understanding of Biological and Physical Systems

• Understanding Aging as an Imbalance Process: In a universe striving for balance, biological aging could be viewed as a gradual divergence from balance on the cellular level. Aging research might focus on identifying and counteracting the specific processes that lead to cellular imbalances, perhaps slowing aging through interventions that mimic cosmic balancing forces.
• Application to Ecology and Environmental Balance: Environmental sciences could adopt this perspective to understand ecosystems as models that mirror universal balance-seeking processes. This could promote more sustainable development approaches by focusing on achieving ecological balance, respecting that nature is a microcosm of the larger cosmic quest for harmony.

In essence if proven, we are apart of the transformation, and if this theory were supported, it could push us toward a new understanding of ourselves as not just residents of the universe but as expressions of its original energy balance. This shift in perspective might influence how we approach health, energy, and even our broader worldview, potentially leading to profound advancements in how we live, heal, and use energy. As well as the future of humanity!

Stay curious out there! And while you contemplate the beginnings of our universe like never beforez here is a great song to listen to that kind of hints on this in an unintended way. Listen here: https://youtu.be/FbVMSpufWeM?si=ARcFhY0Ckwj26EUy