The Flaws of Schrödinger's Wave Equation as per Cosmic Equilibrium of Observation

Introduction

Schrödinger’s wave equation, a cornerstone of quantum mechanics, has been celebrated for its profound insights into the behavior of subatomic particles. It describes how the quantum state of a physical system changes over time. However, when examined through the lens of cosmic principles of unbounded free will, autonomy and randomness and laws of all the universes, particularly those addressing the nature of autonomy in universes, the equation may be seen as flawed or limited. This critique is rooted in the perceived violation of non-deterministic principles, minimized wave-particle duality, and the fundamental cosmic equilibrium of observation – equality of observation in observed and the observer.

The Essence of Schrödinger’s Wave Equation

Schrödinger’s Wave Equation, often hailed as a cornerstone of quantum mechanics, providing a mathematical framework for understanding the behavior of particles at the quantum level. It encapsulates the idea that particles can exist in multiple states simultaneously and that their precise position or momentum cannot be determined with certainty until measured. This equation, fundamental in its role, has shaped much of modern physics and our understanding of the microscopic world.

However, when we juxtapose Schrödinger’s Wave Equation with broader cosmic principles such as unbounded free will, autonomy, and randomness, certain limitations and flaws emerge. These cosmic principles suggest a universe where entities, including sentient beings, possess an inherent freedom to act and exist without predetermined paths or constraints as part of autonomous universes. This concept challenges the deterministic undertones of Schrödinger’s equation and prompts a reevaluation of its implications in a cosmically diverse and non-deterministic framework.

The Non-Autonomous Reality of Earth

Unless we understand the origin of classification of universes, we would not understand why earth or the universe that it is embodied in is truly non autonomous. The cosmos is governed by intricate principles that determine the nature and behavior of universes. The complexity and diversity of the cosmos give rise to a rich dynamic composition of different universal realities, each shaped by its adherence to fundamental cosmic principles and laws of universes.

These principles, which include free will, autonomy, randomness, non deterministic evolutionary paths for all living beings and cosmic equality, serve as the foundation upon which universes are structured and evolve. The extent to which these principles are honored within a universe profoundly influences its nature and behavior. The main origin or root of the classification of universes is their adherence to cosmic principles and laws.

Central to these principles are the concepts of free will, autonomy, and randomness for all living beings and species and cosmic equilibriums that govern laws of universes are maintained under all conditions. The adherence or lack thereof to these principles and laws of universes gives rise to the classification of universes. These cosmic equilibriums are :

Cosmic Equilibrium of Observation (to Decode the Cosmic Reality through sheer power of Observation)
Cosmic equilibrium of creator and creation (or creator – creation equality)
Cosmic equilibrium of wave-particle duality,
cosmic equilibrium of Rejection of Untruth and Inequality in equal measure -which is zero tolerance for any and every form of untruth and any and every form of inequality and
cosmic equilibrium of unselfish & kindness (selflessness kindness equality)

Learn more about these Cosmic Equilibriums

The five cosmic equilibriums—cosmic equilibrium of observed and the observer, creator-creation equality, wave-particle duality (also known as global-local equality), cosmic equilibrium of zero tolerance for every form of untruth and all forms of inequalities, and cosmic equilibrium of unselfishness and kindness—are fundamental principles that, when disrupted, lead to significant societal imbalances and divisions.

Cosmic Equilibrium of Observation
- The concept of “cosmic equilibrium of observation” suggests a balanced state where both the observer and the observed observe each other, challenging traditional physics. This cosmic principle, referred to as the “cosmic equilibrium of observation,” posits that both the observer and the observed are in a state of mutual observation.
- Unlike the typical observer effect, where observation affects the state of particles, this concept introduces a two-way dynamic. This equilibrium is crucial because it acknowledges that the observer’s consciousness, expectations, and even their act of observation, inherently influence the system being observed. In turn, the system’s state can influence the observer’s perception and understanding.
- This means true understanding of Physics and decoding of cosmic reality can only happen if the observer and observed observe each other in equality. In simple terms, critical examination of nature, cosmos has to also accompany critical examination of self.
- In the absence of equality of observation of self (internal reality) and nature (or external reality) cognitive biases and prejudices will influence not only the inferences and observation but also the subsequent actions and choices with compromise of cosmic principles of autonomy, free will, randomness and non determinism.
Creator-Creation Equality
- This equilibrium emphasizes that neither the creator, nor the creation dominate each other and they coexist in harmony. This is why Autonomous Universes are a reality and Earth and its embodying universe are also a reality which is Non Autonomous in nature where there is severest form of balance between creator and creation.
- This equilibrium emphasizes inherent equality and interconnectedness of all beings and the universe. It advocates for recognizing the intrinsic value of every individual, regardless of their differences.
- On Earth, this equilibrium is often violated, as seen in the various forms of discrimination and hierarchy based on caste, color, creed, and status. Such divisions undermine the principle that all beings are equally deserving of respect and dignity.
Wave-Particle Duality (Global-Local Equality)
- Originating from quantum mechanics, this principle posits that global, collective or group behavior (wave) and local, individual discrete (particle) aspects must coexist in balance.
- In a societal context, this means harmonizing group behavior with individual freedom, harmonizing universal global policies (Earth-centric) with local traditions (nation-centric) to ensure that neither dominates.
- However, the current state of wars and conflicts on Earth reveals a clear imbalance, where certain nations (representing the particle aspect) overshadow the global, Earth-centric structures.
- Every law that is created or drafted has to balance these two aspects.
Cosmic Equilibrium of Zero Tolerance for Untruths and Inequalities
- Is is rejection of all forms of untruths and all forms of inequalities in equal measure. It is rejection of people or individuals or behavior traits in which an unselfish unkind and a kind selfish are allowed to coexist.
- An Unselfish Kind person as we all as Unkind Unselfish person are the highest form of untruths and require rejection with impunity (rejection of person here implies rejection of behavior traits or correction mechanism and that only arises when there is zero tolerance for every form of untruth and every form of inequality)
- This equilibrium calls for absolute adherence to truth and fairness, rejecting all forms of deceit and inequality.
- It posits light and darkness cannot coexist as its the highest form of untruth that introduces worst form of inequalities and earth is at the epicenter of coexistence of light and darkness and hence stands at the center of violation of this equilibrium thereby manifesting in non autonomous reality
- On Earth, since this principle is frequently compromised, resulting in systemic injustices and disparities and inherently divisive nature of our planet
- These inequalities manifest in socio-economic divides, unequal access to resources and opportunities, and pervasive corruption and misinformation.
Cosmic Equilibrium of Unselfishness and Kindness:
- This cosmic equilibrium is upheld when Unselfishness and kindness are intrinsically balanced always through actions and choices.
- Note that, an unselfish person could be unkind and a kind person could be selfish. This is where the Cosmic Principle introduces the equality of two states that leads to maintenance of an autonomous reality.
- This principle promotes actions that prioritize the well-being of others, encouraging unselfish devotion for public welfare.
- However, on Earth, selfishness and competition often dominate, leading to societal issues such as exploitation, neglect of the vulnerable, and environmental degradation and eventually a non autonomous, non random reality.
- The imbalance of this equilibrium contributes to a non autonomous world where unselfish actions are undervalued, and societal structures prioritize personal gain over collective well-being of the society.

The disruption of these cosmic equilibriums on Earth leads to a fractured society characterized by divisions and inequalities. These divisions extend across various aspects of human life, including socio-economic status, education, nationality, and language, creating a world where unity and cooperation are overshadowed by discord and competition. Addressing these imbalances requires a fundamental shift in societal values and systems, embracing principles that uphold these cosmic equilibriums to foster a more harmonious and inclusive global community.

Since the origin of the classification of universes arises due to the varying degree to which these cosmic principles are upheld, its the varying degree of equilibriums of creator creation equality and wave particle duality which entails the degree of autonomy, unbounded free will and randomness. A perfect degree manifests Autonomous Universes, rest all are non autonomous with restricted or zero autonomy, restricted or zero free will and restricted or zero random design.

The path to understanding and eventually achieving cosmic equilibrium of observation

The path of decoding cosmic reality lies in the ability to observe both the external and internal worlds critically which in terms of physics is observing the observer as well as observed in absolute equality. Only then the real knowledge manifests.
This involves a rigorous self-examination of observing the observer that parallels the scrutiny we apply to the external universe. Only by achieving this balance can we begin to comprehend the true nature of reality and the laws that govern it.
This balanced observation reveals the inherent classification of universes and the reasons behind their adherence or non-adherence to cosmic principles.

The non-autonomous nature of Earth’s reality and the universes it embodies

The non autonomous nature of earth and its Universe is reflected in numerous barriers to collective evolution. Conflicts, wars, and divisive constraints such as nationality, languages, religion, currency, status, creed, and education exemplify the suppression of wave-particle duality and the enforcement of deterministic control.
These social and cultural constructs perpetuate the idea of survival of the fittest, prioritizing selfish behavior over collective well-being.
In autonomous universes, by contrast, evolution is driven by the kindest and most unselfish, aligning with the true spirit of wave-particle duality where free will, autonomy, and randomness are maximized.
The deterministic reality of Earth stifles these qualities, leading to a polarized society where individual interests overshadow collective harmony.

Violation of Cosmic Principles of Free Will, Autonomy, Randomness & Non Determinism

However, despite its elegance, Schrödinger’s equation operates within a deterministic framework once the initial conditions and the Hamiltonian are known. This determinism implies that the future states of the quantum system are fully determined by its current state.
In a broader metaphysical context, particularly when considering the concept of non-autonomous universes, this deterministic nature is problematic.
Non-autonomous universes, by definition, lack the free will and autonomy that characterize autonomous universes.
They are governed by preordained structures and influences, which means that the inherent randomness and unpredictability associated with quantum mechanics should theoretically align with the principles of autonomy and free will.
However, the deterministic evolution dictated by Schrödinger’s equation seems at odds with the non-deterministic essence required for true autonomy.

Minimized Wave-Particle Duality – Another critical aspect is the minimized wave-particle duality in non-autonomous realities. Quantum mechanics, particularly through the wave function, emphasizes the dual nature of particles. They exhibit both particle-like (individualistic behavior) and wave-like (collective or group) properties, which is a direct manifestation of the wave-particle duality principle.

In a non-autonomous universe, where deterministic control is prevalent, the wave aspect of particles is often suppressed. This suppression aligns with the deterministic control exercised by external control mechanisms posited to exist in such universes. These divisive constructs control and manipulate the behavior of particles, minimizing their wave-like characteristics to enforce predictability and control. Thus, the very nature of Schrödinger’s wave function, which should encapsulate wave-particle duality, is constrained and distorted.

The Flawed Axiomatization of Physics – The axiomatization of physics, built on deterministic principles, fails to accommodate the true nature of autonomous universes. In autonomous universes, the observer effect is benevolent and non-interfering, allowing the quantum system to exist in a state of true superposition. However, in non-autonomous universes, the observer effect becomes a controlling force, dictating the state and evolution of the quantum system. This manipulation extends to sensory inputs, external events, and experiences, creating a reality that is fundamentally deterministic and controlled.

The Flaws of Schrödinger’s Wave Equation

In this section we discuss The Flaws of Schrödinger’s Wave Equation, through the Lens of Cosmic Principles of Unbounded Free Will, Autonomy, Randomness & Non Deterministic Design

The Concept of Unbounded Free Will

Unbounded free will is one of the key cosmic principles (out of Free Will, Autonomy, Randomness and Non Deterministic Design) of Autonomous Universes according to which, individuals have complete freedom to make choices unconstrained by external determinants or preordained destinies. This principle posits that each conscious entity, whether human or otherwise, has the innate ability to choose its actions and chart its course through life.

Schrödinger’s Wave Equation, however, implies a probabilistic but deterministic framework where the outcomes of quantum events, while uncertain in measurement, are bound by the mathematical formalism of the wave function. This raises the question: if the universe at its most fundamental level operates under such a deterministic set of rules, how can true free will exist? The notion of a wave function determining probable outcomes suggests that all possibilities are not genuinely open, but rather are constrained within a predefined spectrum of potentialities.

Autonomy in a Quantum Context

Autonomy, the capacity of an individual or system to govern itself and make independent decisions, is another principle that seems at odds with the implications of Schrödinger’s Wave Equation. In a universe that champions autonomy, entities would not be subject to the deterministic laws of quantum mechanics but would instead possess the inherent capability to transcend these limitations.

In the context of Schrödinger’s equation, however, particles are not truly autonomous; their behavior is governed by wave functions and probabilistic outcomes dictated by quantum laws. This deterministic framework, while probabilistic, does not allow for the complete independence of entities. The particles’ states are ultimately tied to the observer’s measurement, suggesting that autonomy is compromised by external factors.

Randomness and Non-Deterministic Design

The cosmic principle of randomness and non-deterministic design suggests that the universe is not governed by strict laws but rather by a chaotic or random order that allows for the unexpected and the novel. This principle aligns with the idea that life and existence are not bound by rigid structures but are free to evolve and change in unpredictable ways.

Schrödinger’s Wave Equation, however, is inherently deterministic, despite the uncertainty it describes. The equation predicts the evolution of the wave function over time, which means that given complete knowledge of the wave function at one point, one can predict the future probabilities of different outcomes. This deterministic aspect contrasts sharply with the concept of a universe governed by randomness and non-deterministic design, where outcomes are genuinely unpredictable and not confined to a set probability distribution.

The Observation of the Observer Effect and Its Profound Implications

The Observer Effect in Quantum Mechanics – The observer effect in quantum mechanics means that particles can exist in multiple states at once, like being in two places at the same time, until we measure them. When we do measure them, they settle into one specific state. This idea challenges our usual understanding that things have definite properties whether we observe them or not. In quantum mechanics, it suggests that our act of observing actually helps create the reality we see.

Explanation with an Example – Imagine you have a magic coin that spins in the air and can be both heads and tails at the same time. This is like a particle in quantum mechanics, which can be in multiple states at once, called a “superposition.” Now, when you catch the coin and look at it, it suddenly becomes either heads or tails. In quantum mechanics, this act of looking is called “observation,” and it causes the particle to choose one definite state, just like the coin does. Normally, we think things have a definite state whether we’re looking at them or not, like a coin being heads or tails even before we see it. But in quantum mechanics, particles only “decide” on a state when we observe them. This means our act of observing is very special, it actually helps to create the reality we see!

A significant aspect of Schrödinger’s Wave Equation is the observer effect, which states that the act of measurement collapses the wave function into a single state. This phenomenon implies that observation influences the reality of quantum particles, which some interpret as a limitation on free will and autonomy. If observation determines outcomes, then the freedom of the particle (and by extension, entities) to exist in multiple states is inherently restricted by external factors.

From a logical standpoint, this raises questions about the nature of reality and conscious awareness. If our understanding and interaction with the world fundamentally alter its state, then the independence of that world and the entities within it are compromised which points out to a system or reality that is non autonomous in nature.

One can truly understand this if they understand the origin of classification of universes, and include observation of the observer as part of the more inclusive understanding. This is because it is one of the fundamental pillars of observation in Physics and is called as cosmic equilibrium of observation in which both observed and the observer observe each other and this fundamentally changes everything including the role of various deterministic equations in Physics and challenge the validity of famous energy equation E = mc^2.

Reconciling Quantum Mechanics with Cosmic Principles – Reconciling the deterministic nature of Schrödinger’s Wave Equation with cosmic principles of free will, autonomy, and randomness requires a paradigm shift in our understanding of both quantum mechanics and cosmic philosophy. One approach is to consider the limitations of quantum mechanics as a descriptive tool rather than a prescriptive one. In this view, Schrödinger’s equation describes a subset of reality—the behavior of particles under observation—without necessarily dictating the fundamental nature of reality itself.

The Observation of the Observer in Schrödinger’s Wave Equation

The observer effect in Schrödinger’s Wave Equation primarily focuses on the observer’s influence on the system, and does not consider the “observation of the observer” effect. This deeper level of scrutiny examines the implications of observing the observers themselves and how their consciousness, expectations, and actions might influence the observed outcomes. When viewed through the lens of cosmic principles and laws of the universes, this raises significant philosophical and scientific questions about the nature of reality, free will, and autonomy.

The “observation of the observer” effect suggests that not only does the act of observing a quantum system affect its state, but the nature of the observer—such as their thoughts, beliefs, and mental state can also impact the outcome. This concept challenges traditional scientific views by proposing that the observer is not a passive entity but an active participant in shaping reality. It introduces the idea that the universe might be fundamentally interconnected in ways that our current scientific models do not fully explain, and it invites a reevaluation of what we consider to be objective reality.

In this context, the cosmic principles of free will and autonomy are brought to the forefront. If the act of observation can alter reality, and if the observers themselves can be influenced by being observed, it suggests a dynamic and interactive universe where free will plays a crucial role. This interconnectedness may imply that reality is not fixed and deterministic but fluid and responsive to consciousness and intention. Such a perspective aligns with certain philosophical and spiritual traditions that emphasize the power of mind and the importance of individual and collective awareness in shaping the world we experience.

Observation of the Observer

The observation of the observer delves into how the act of observing observers influences their perceptions, interpretations, and the outcomes of their measurements. This meta-level analysis suggests that the consciousness and awareness of the observer can influence not just the observed system but also the observer’s understanding and interaction with reality.

1. Conscious Awareness and Influence: If observers are influenced by being observed, their expectations, biases, and conscious states might affect the results of their measurements. This introduces a recursive element into quantum mechanics, where the reality observed is not just a function of the quantum system but also of the observers’ mental states.
2. Unbounded Free Will and Autonomy: Cosmic principles emphasize the importance of unbounded free will and autonomy, suggesting that entities should be free from external determinants. The observation of the observer effect implies a limitation on these principles, as observers are themselves influenced by the act of observation, potentially compromising their autonomy and free will.
3. Randomness and Non-Deterministic Design: The recursive nature of the observation of the observer adds a layer of complexity to the concept of randomness in quantum mechanics. If observers’ expectations influence outcomes, this could introduce a deterministic element that undermines the true randomness and non-deterministic design proposed by cosmic principles.

The Cosmic Equilibrium of Observation

In the realm of quantum mechanics and cosmic principles and laws of universe, the concept of observation holds a unique and profound significance. If our understanding and interaction with the world fundamentally alter its state, then the independence of that world and the entities within it are compromised. This realization leads to a deeper inquiry into the nature of reality, particularly through the lens of the “observation of the observer.”

To fully grasp this concept, one must first understand the classification of universes into autonomous and non-autonomous systems. This classification is based on the degree to which cosmic principles and laws are followed. Autonomous universes adhere strictly to these cosmic laws, fostering a reality where free will, randomness, and autonomy are paramount. In contrast, non-autonomous universes deviate from these principles, resulting in a more deterministic and constrained reality.

A fundamental aspect of this classification involves the role of observation—not just the act of observing, but also the observation of the observer. This cosmic principle, referred to as the “cosmic equilibrium of observation,” posits that both the observer and the observed are in a state of mutual observation. This equilibrium is crucial because it acknowledges that the observer’s consciousness, expectations, and even their act of observation, inherently influence the system being observed. In turn, the system’s state can influence the observer’s perception and understanding.

The cosmic equilibrium of observation challenges traditional deterministic equations in physics, including Einstein’s famous energy equation, E = mc^2. This equation, which posits a fixed relationship between mass and energy, is based on a deterministic framework that assumes objective, observer-independent reality. However, if the observer and the observed are inextricably linked, with each influencing the other’s state, then this challenges the assumption of an objective reality that exists independently of observation. This interconnectedness suggests that energy and mass might not be as invariant as previously thought, potentially leading to new understandings of these fundamental concepts.

In this context, the observer’s role becomes more than just a passive recipient of information; they become an active participant in shaping reality. This active participation aligns with the cosmic principles of free will and randomness, suggesting that the universe is not a closed, deterministic system, but rather an open, dynamic interplay of possibilities. The cosmic equilibrium of observation thus becomes a cornerstone of understanding the true nature of reality, emphasizing that observation is not just a passive act but a creative and transformative force.

The Flaws in Schrödinger’s Wave Equation as per the Cosmic Equilibrium of Observation

Schrödinger’s Wave Equation, while fundamental to quantum mechanics, does not account for the observation of the observer effect. This omission suggests a flaw in its ability to fully describe reality, as it neglects the recursive influences that observers may exert on their measurements.

1. Incomplete Representation of Reality: By focusing solely on the observer effect and ignoring the observation of the observer, Schrödinger’s equation provides an incomplete representation of reality. It fails to account for the full range of influences that can shape quantum events, including those arising from the observers themselves.
2. Violation of Cosmic Laws: Cosmic laws emphasize the integrity of free will and autonomy, which are compromised if observers are influenced by external factors, including being observed. Schrödinger’s equation, by not addressing this, implicitly supports a deterministic framework that may not align with the principles of a cosmos governed by randomness and non-deterministic design.
3. Ethical Implications: The recognition of the observation of the observer effect also raises ethical and philosophical questions about the nature of scientific inquiry and the role of conscious awareness in shaping reality. It suggests a need for a more holistic approach that considers not just the physical properties of systems but also the mental and conscious states of observers.

Conclusion

Moving Towards a More Inclusive Understanding of Reality – Schrödinger’s Wave Equation remains a powerful and essential tool in understanding the quantum world. However, its deterministic and probabilistic nature highlights potential conflicts with broader cosmic principles of unbounded free will, autonomy, and randomness. To fully grasp the nature of reality, it is crucial to explore and integrate these cosmic principles into our scientific and philosophical frameworks, challenging and expanding beyond the limits of current quantum theory.

By acknowledging the limitations of Schrödinger’s equation and considering the possibility of a non-deterministic universe, we open the door to a more holistic understanding of existence, one that embraces the complexity and unpredictability of life, and recognizes the potential for true autonomy and free will. This journey of exploration is not just a scientific endeavor but a philosophical quest to understand our place in the cosmos and the fundamental nature of reality itself.

In conclusion, while Schrödinger’s wave equation remains a profound mathematical tool for understanding quantum mechanics, its deterministic framework is fundamentally flawed when examined through the lens of non-autonomous universes. The minimized wave-particle duality and the violation of the principle “creator equals creation” highlight the limitations of this equation in capturing the true essence of a balanced and autonomous universe.

The non-autonomous reality of Earth, characterized by control, manipulation, and suppression of free will, underscores the need for a revised understanding of quantum mechanics that transcends deterministic principles. Only by embracing the true spirit of wave-particle duality and recognizing the dynamic interplay between the creator and creation can we move towards a more harmonious and autonomous understanding of the universe.

Toward a New Understanding of Quantum Reality through Observation of the Observer – The observation of the observer effect challenges the current understanding of quantum mechanics and highlights profound flaws in Schrödinger’s Wave Equation. It suggests that our perception of reality is not solely determined by physical laws but is also influenced by the conscious awareness of observers.

This realization calls for a reevaluation of the foundational principles of quantum mechanics and the development of new theories that incorporate the complexities of observer conscious awareness and cosmic principles. Such a paradigm shift could lead to a more comprehensive understanding of the universe, one that respects the integrity of unbounded free will, autonomy, true randomness & non deterministic design.

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