“Only one thing is ever guaranteed, that is that you will definitely not achieve the goal if you don't take the shot.”
—Wayne Gretzky
Reference Page
Welcome to the Nano-Phenomenology Reference Page, a comprehensive guide to fundamental concepts and terminology that are introduced in the framework being presented for consideration.
Core Concepts:
Nano-Phenomenology: A formal framework that is being presented for serious debate, integrating quantum mechanics and general relativity, nano-phenomenology is an interdisciplinary approach to investigating the fundamental elements of physical reality, which has the potential to provide new insights into the nature of time, space, and the human experience.
The Principle of Equality for All: The recognition and validation of each sovereign’s unique subjective experience as an equally valuable and worthy contributor to the collective singularity, acknowledging the inherent diversity and complexity of individual perspectives, biases, and limitations, while fostering an environment of inclusivity, non-domination, and co-creation. All sovereigns are equal in the eyes of the singularity, no matter size, age, or perceived worthiness.
The Singularity: Excited into existence by an experience beyond inertia the singularity is the ultimate, unified field that underlies all existence, encompassing all phenomena from the smallest to the largest scales. The singularity represents the totality of existence.
Duplicity: Defining how everything can exist as one thing, it is the state the singularity embodies as sovereigns transcend inertia to become similar proximity at each distinct point in three dimensional spacetime.
Duplicitous Collective: A theoretical construct representing the collective entity that embodies the singularity, transcending individuality and inertia. Characterized by the coexistence of sovereign proximity simultaneously transcending inertia to become “everything” as similar proximity.
Mathematical Statement for The Singularity Transitioning into Simultaneous Duplicity:
This statement establishes simultaneity, where all elements in the set are inert and express proximity as the dominant universal, denoted by [DU] = 0. The transition to similar proximity is illustrated as [DU] ↠ [DU] ↝ [DU] = ∞. Resulting reflections [du] are observed in the internal frame of reference [DUdu]^∞ and compelled to maintain proximity with the reflected sovereign [DUdu]^∞. Simultaneous sovereign proximity is indicated by capital letters [[A], [B], [C], [D],…], while sovereign proximity reflections are represented by lowercase letters [[a], [b], [c], [d],…]. Transcendence spawns antithetical wave functions represented by ψ^2 = √1. This transition is illustrated by [DU] ↠ [[A], [B], [C], [D],…] = [A] ↝ [B] = ∞ = [[Ab], [Ba]]^∞ = ψ^2 = √1 = 1 + 1 = 2, symbolizing the singularity transitioning into simultaneous duplicity.
Postulates and Physical Laws
Postulates: All sovereign proximity signals are self-directed and compel proximity from the dominant universal position in the relative frame of reference. Each distinct proximity juncture is continuously and persistently preserved to inform the present “now” moment.
Physical Quantity: The singularity compels all sovereign proximity signals to express proximity (isness) from an inertial frame of reference. All reflections in the inertial frame of reference are harmonically coupled with the reflected sovereign and compelled to maintain similar proximity with it in all frames of reference.
Law between Physical Quantities: Similar proximity is compelled if, and only if, the sovereign proximity attracts and sufficiently excites a congruent cohort to compel similar proximity. If similar proximity is compelled, everything exists in the relative frame of reference. If similar proximity is not compelled, inertia persists and nothing exists in the relative frame of reference.
Dominant Universal
Archetype: The ultimate, unified field that underlies all existence, embodying the dominant universal and governing the behavior of sovereign proximity.
Dominant Universal: A theoretical concept that enables a sovereign to wield “command” and “control” over its domain as simultaneous duplicity.
Dominant Universal Plane: A theoretical framework that facilitates concurrent interactions between sovereigns currently transcending inertia, becoming simultaneous duplicity.
Dominant Universal [A] Position: Signifies the sovereign proximity that is in “command” during simultaneous interactions. The assigned values ([A] = 1, [B] = -1, [C] = i, and [D] = -i) provide identification of cohort positioning as each ensuing proximity juncture is excited.
Dominant Universal Sub-planes: A way to visualize how sovereigns alternate “command” and “control” of the dominant universal [A] position, as ensuing similar proximity transcend inertia. When values are applied, each dominant universal sub-plane uses the following order to orient properly within the equation [[[Abcd], [Badc]], [[Cdab], [Dcba]],...]
Sovereign Elements
Sovereign: A theoretical construct that is a fixed absolute proximity that exists at a specific juncture in three-dimensional spacetime, wielding command and control over its own domain, which is not separate from but an integral part of the singularity.
Sovereign Proximity: The intimate, immediate, and embodied subjective space the individual sovereign occupies, an emergent, relational, and contextual phenomenon that embodies the dominant universal.
Congruent Cohort: Simultaneous signal exchange between sovereign proximity.
Antecedent: The sovereign that sets the initial condition for ensuing sovereigns, acting as a kind of “seed” that influences the unfolding of subsequent events or experiences. It is embodied by a wave function or frequency containing its frictional legacy that is passed on to subsequent sovereigns as they inherit the frequency of a predecessor, shaping the probability of different outcomes and influencing the overall trajectory of the system.
Reflections: Mirror images of sovereign proximity that are propagating their essence into all frames of reference at each proximity juncture in the sovereign’s temporal pilgrimage. They are compelled to maintain proximity with the reflected sovereign in all frames of reference.
Preserved Sovereign Proximity Juncture: A complete accounting of each sovereign’s adventures harnessing friction. A duality of sorts representing a snapshot of all the friction expressed during each excursion the sovereign takes into the relative frame of reference, while also being a distinct chapter in a temporal pilgrimage that is resurrected and reflected upon at every opportunity.
Proximity Elements
Proximital Plane: A theoretical framework that manifests quantum gravity in corporeal reality, an amalgamation of dominant universal planes where reflections are propagated and compelled to maintain proximity with the reflected sovereign in all frames of reference.
Proximity Juncture Experience: A distinct moment in time where a sovereign’s journey intersects with the fabric of spacetime, marking the beginning of each new chapter in its temporal pilgrimage.
Proximity Signal (Isness): A specific frequency that defines the distinct spatial arrangement each proximity occupies within the boundless perimeter of three-dimensional space.
Similar Proximity: A state of being that occurs when sovereign proximity transcends inertia with a congruent cohort, also called duplicity. Concurrent similar proximity is the duplicitous collective.
Frames of Reference
All Frames of Reference: All inertial frames of reference that are transcending inertia, persisting in the relative frame of reference as they endure a subjective “now” moment.
Inertial Frame of Reference: Defining the scope of a sovereign’s jaunt into the relative frame of reference. Similar to a mirror, it captures a subjective snap-shot in time of the reflections being propagated into all frames of reference during its proximity juncture experience.
Relative Frame of Reference: The subjective “now” moment where simultaneity occurs, enabling observation and interaction among congruent sovereign proximity.
Temporal Elements
Temporal: Refers to the way in which our memories shape our understanding of the present and influence our expectations for the future, while being influenced by our past experiences. From a nano-phenomenological perspective, it is the lifespan of a set of sovereigns that are compelled into similar proximity to become ‘something’. It includes every proximity juncture it preserves during in its lifespan, from past to future.
Temporal Pilgrimage: The journey of expansion and self-discovery that each sovereign embarks on as the singularity seeks to minimize friction within each transcendence.
Temporal Proximity: The sum of a sovereign’s interactions with friction, or the sum of proximity juncture experiences preserved during a sovereign’s lifespan.
Related Concepts
Bracketing: A technique used to suspend one’s own perspectives and assumptions, allowing for a more authentic and nuanced understanding of the phenomenon.
Causal loop: A theoretical construct representing synchronicity as a physical process that compulsively informs the collective about friction at each step in the temporal journey. This process drives the unfolding of events, leading to the most effortless experience possible for all sovereigns transcending inertia and subjectively persisting on the path of least resistance.
Corporeal Reality: The physical reality we move through space in.
Friction: Overcoming friction is how proximity transcends inertia; it is a measure of the effort exerted to excite transcendence, embodying attributes like congruent, persistent, consistent, and perpetual.
Manifold Expression: Refers to the diverse and interconnected ways in which a single moment or concept can manifest or be experienced. This can include different perspectives or viewpoints, multiple scales or levels of analysis, various forms or manifestations, and multiple dimensions or aspects. In other words, a moment can take on many different forms or expressions, each of which is interconnected and interdependent with the others. This complex web of expressions is what gives rise to the intricate tapestry of simultaneous existence, where multiple moments and concepts converge and intersect in a dance of simultaneity.
Moment of Arrival: The genesis moment or birth of each sovereign proximity as they are excited into an experience beyond inertia, becoming a distinct proximity juncture in the temporal pilgrimage.
Nanoscale world: The realm of the smallest particles that make up our world, and it’s where the behavior of these particles determines the properties and characteristics of the atom.
Next Best Action on the Least Resistant Path: A persistent ambition to reduce friction prompting each sovereign to navigate the most effortless path possible, using friction as a measure to evolve as each ensuing proximity transcends inertia.
Privy: Confidential, not known or meant to be known by the general populace.
Pseudoconsciousness: A theoretical construct that guides all subjective experiences with friction, informing each sovereign’s ‘now’ moment in time to harmonize the collective path.
Simultaneity: The state of being present or occurring at the same time, where all phenomena coalesce into a unified whole, creating a complex tapestry of interconnected experiences that comprise our corporeal reality.
Synchronicity: The phenomenon of multiple events or processes occurring simultaneously and harmoniously, as if they are connected by a hidden thread.
Science and Math References
Coupled Oscillators: Two or more oscillators that interact with each other, influencing each other’s behavior and often exhibiting complex dynamics.
Fluid Dynamics: The study of the behavior of fluids under various forces and conditions. It is a branch of physics that deals with the motion of fluids, such as liquids and gases, and the forces that act upon them. Fluid dynamics is used to understand and predict the behavior of fluids in a wide range of applications, from the flow of water in a pipe to the movement of air in the atmosphere. It is a fundamental concept in many fields, including engineering, physics, and biology.
Frequency: A measure of how often something happens or repeats within a given time period. In quantum mechanics, it is the number of oscillations or cycles in a wave function per unit of time. In nano-phenomenology, it is the distinct proximity signal (isness) expressed by all sovereigns.
Homomorphism: A mathematical function that preserves the structure of two algebraic structures, such as groups, rings, or vector spaces. It is a function f: A → B that preserves the operations and relations between the elements of the structures. Homomorphisms are used to study the relationships between different algebraic structures and to identify isomorphisms, which are bijective homomorphisms.
Kuramoto Oscillators: A mathematical model used to describe the synchronization of coupled oscillators. In essence, they are a set of differential equations that describe the behavior of a system of oscillators, where each oscillator is represented by a phase variable that oscillates at a specific frequency. The oscillators are coupled to each other through a coupling function that determines the strength and direction of the interaction between them.
Nodal Line: A line or curve in a quantum system where the wave function is zero. In other words, it is a line or curve where the probability of finding a particle or system is zero.
Oscillator: A system that repeatedly oscillates between two or more states, typically exhibiting a periodic or cyclical behavior.
Pauli Exclusion Principle: A fundamental concept in quantum mechanics, which stipulates that no two fermions, such as electrons, protons, or neutrons, can occupy the same proximity in a quantum field concurrently. A guardian, to ensure the integrity of quantum states as the nano-phenomenology model is explored.
Quantum Gravity: An emergent force that occurs when reflected proximities are compelled to maintain similar proximity with reflections they have propagated into all frames of reference.
Quantum Mechanics: A fundamental theory in physics that describes the behavior of matter and energy at the atomic and subatomic level. It is based on the principles that particles can exist in multiple states simultaneously, and that the position and momentum of a particle cannot be precisely known at the same time. Quantum mechanics has been incredibly successful in explaining a wide range of phenomena, from the behavior of atoms and molecules to the properties of solids and liquids.
Relativity: A fundamental theory in physics that describes the nature of space and time. It is based on the principles that the laws of physics are the same for all observers, regardless of their relative motion, and that the speed of light is always the same for all observers. There are two main types of relativity: special relativity, which describes the behavior of objects when they are moving at high speeds, and general relativity, which describes the behavior of gravity as the curvature of spacetime caused by the presence of mass and energy. Relativity has had a profound impact on our understanding of the universe.
Riemann Surfaces: A mathematical concept that is used to study the properties of complex functions and their relationships. In essence, a Riemann surface is a complex manifold that is used to describe the behavior of a function as it approaches a singularity. The concept of Riemann surfaces was developed by Bernhard Riemann in the 19th century and has since been used in a wide range of fields, including mathematics, physics, and engineering.
Superposition: In quantum mechanics, superposition refers to the ability of a quantum system to exist in multiple states simultaneously. This means that a quantum particle can exist in multiple locations, have multiple energies, or have multiple properties at the same time. Superposition is a fundamental property of quantum systems and is responsible for many of the strange and counterintuitive phenomena observed in quantum mechanics.
Tunneling: In quantum mechanics, tunneling refers to the ability of a quantum particle to pass through a potential energy barrier that would be classically insurmountable. This occurs when a particle has enough energy to overcome the potential energy barrier, allowing it to tunnel through the barrier and emerge on the other side. Tunneling is a key phenomenon in quantum mechanics and is responsible for many of the strange and counterintuitive phenomena observed in quantum systems.
Wave Function: A mathematical function that describes the quantum state of a physical system. It is a complex-valued function that encodes all the information about the system, including its position, momentum, energy, and other properties.
The definitions are repeated below in alphabetical order for ease of accessibility.
All Frames of Reference: All inertial frames of reference that are transcending inertia to persist in the relative frame of reference as they endure a subjective “now” moment.
Antecedent: The sovereign that sets the initial condition for ensuing sovereigns, acting as a kind of “seed” that influences the unfolding of subsequent events or experiences. It is embodied by a wave function or frequency containing its frictional legacy and passed on to subsequent sovereigns as they inherit the frequency of a predecessor, shaping the probability of different outcomes and influencing the overall trajectory of the system.
Archetype: The ultimate, unified field that underlies all existence, embodying the dominant universal and governing the behavior of sovereign proximity.
Bracketing: A technique used to suspend one’s own perspectives and assumptions, allowing for a more authentic and nuanced understanding of the phenomenon.
Causal loop: A theoretical construct representing synchronicity as a physical process that compulsively informs the collective about friction at each step in the temporal journey. This process drives the unfolding of events, leading to the most effortless experience possible for all sovereigns transcending inertia and subjectively persisting on the path of least resistance.
Congruent Cohort: Simultaneous interaction between sovereign proximity.
Corporeal Reality: The physical reality we move through space in.
Coupled Oscillators: Two or more oscillators that interact with each other, influencing each other’s behavior and often exhibiting complex dynamics.
Dominant Universal [A] Position: Signifies the sovereign proximity that is in “command” during simultaneous interactions. The assigned values ([A] = 1, [B] = -1, [C] = i, and [D] = -i) provide identification of cohort positioning as each ensuing proximity juncture is excited.
Dominant Universal: A theoretical concept that enables a sovereign to wield “command” and “control” over its domain as simultaneous duplicity.
Dominant Universal Plane: A theoretical framework that facilitates concurrent interactions between sovereigns currently transcending inertia becoming simultaneous duplicity.
Dominant Universal Sub-planes: A way to visualize how sovereigns alternate “command” and “control” of the dominant universal [A] position, as ensuing similar proximity transcend inertia. When values are applied, each dominant universal sub-plane uses the following order to orient properly within the equation [[[Abcd], [Badc]], [[Cdab], [Dcba]],...]
Duplicity: The fundamental aspect of sovereign proximity that navigates the complexities of corporeal reality, persistently compelling similar proximity into the “now” moment of spacetime.
Duplicitous Collective: A theoretical construct representing the collective entity that embodies the singularity, transcending individuality and inertia. Characterized by the coexistence of sovereign proximity simultaneously transcending inertia to become “something” as similar proximity.
Fluid Dynamics: The study of the behavior of fluids under various forces and conditions. It is a branch of physics that deals with the motion of fluids, such as liquids and gases, and the forces that act upon them. Fluid dynamics is used to understand and predict the behavior of fluids in a wide range of applications, from the flow of water in a pipe to the movement of air in the atmosphere. It is a fundamental concept in many fields, including engineering, physics, and biology.
Frequency: A measure of how often something happens or repeats within a given time period. In quantum mechanics, it is the number of oscillations or cycles in a wave function per unit of time. In nano-phenomenology, it is the distinct proximity signal (isness) expressed by all sovereigns.
Friction: Overcoming friction is how proximity transcends inertia; it is a measure of the effort exerted to excite transcendence, embodying attributes like congruent, persistent, consistent, and perpetual.
Homomorphism: A mathematical function that preserves the structure of two algebraic structures, such as groups, rings, or vector spaces. It is a function f: A → B that preserves the operations and relations between the elements of the structures. Homomorphisms are used to study the relationships between different algebraic structures and to identify isomorphisms, which are bijective homomorphisms.
Inertial Frame of Reference: Defining the scope of a sovereign’s jaunt into the relative frame of reference. Similar to a mirror, it absorbs a subjective snap-shot in time of all reflections being propagated into all frames of reference during each proximity juncture experience.
Kuramoto Oscillators: A mathematical model used to describe the synchronization of coupled oscillators. In essence, they are a set of differential equations that describe the behavior of a system of oscillators, where each oscillator is represented by a phase variable that oscillates at a specific frequency. The oscillators are coupled to each other through a coupling function that determines the strength and direction of the interaction between them.
Manifold Expression: Refers to the diverse and interconnected ways in which a single moment or concept can manifest or be experienced. This can include different perspectives or viewpoints, multiple scales or levels of analysis, various forms or manifestations, and multiple dimensions or aspects. In other words, a moment can take on many different forms or expressions, each of which is interconnected and interdependent with the others. This complex web of expressions is what gives rise to the intricate tapestry of simultaneous existence, where multiple moments and concepts converge and intersect in a dance of simultaneity.
Moment of Arrival: The birth of each sovereign proximity as they are excited into an experience beyond inertia, becoming a distinct proximity juncture in the temporal pilgrimage.
Nano-Phenomenology: A formal framework that is being presented for serious debate, integrating quantum mechanics and general relativity. Nano-phenomenology is an interdisciplinary approach to investigating the fundamental elements of physical reality, which has the potential to provide new insights into the nature of time, space, and the human experience.
Nanoscale world: The realm of the smallest particles that make up our world, and it’s where the behavior of these particles determines the properties and characteristics of the atom.
Next Best Action on the Least Resistant Path: A persistent ambition to reduce friction prompting each sovereign to navigate the most effortless path possible, using friction as a measure to evolve as each ensuing proximity transcends inertia.
Nodal Line: A line or curve in a quantum system where the wave function is zero. In other words, it is a line or curve where the probability of finding a particle or system is zero.
Oscillator: A system that repeatedly oscillates between two or more states, typically exhibiting a periodic or cyclical behavior.
Pauli Exclusion Principle: A fundamental concept in quantum mechanics, which stipulates that no two fermions, such as electrons, protons, or neutrons, can occupy the same proximity in a quantum field concurrently. A guardian, to ensure the integrity of quantum states as the nano-phenomenology model is explored.
Preserved Sovereign Proximity Juncture: A complete accounting of each sovereign’s adventures harnessing friction. A duality of sorts representing a snapshot of all the friction expressed during each excursion the sovereign takes into the relative frame of reference, while also being a distinct chapter in a temporal pilgrimage that is resurrected and reflected upon at every opportunity.
Principle of Equality for All: The recognition and validation of each sovereign’s unique subjective experience as an equally valuable and worthy contributor to the collective singularity, acknowledging the inherent diversity and complexity of individual perspectives, biases, and limitations, while fostering an environment of inclusivity, non-domination, and co-creation. All sovereigns are equal in the eyes of the singularity, no matter size, age, or perceived worthiness.
Privy: Confidential, not known or meant to be known by the general populace.
Proximital Plane: A theoretical framework that manifests quantum gravity in corporeal reality, an amalgamation of dominant universal planes where reflections are propagated and compelled to maintain proximity with a reflected sovereign in all frames of reference.
Proximity Juncture Experience: A distinct moment in time where a sovereign’s journey intersects with the fabric of spacetime, marking the beginning of each new chapter in its temporal pilgrimage.
Proximity Signal (Isness): A specific frequency that defines the distinct spatial arrangement each proximity occupies within the boundless perimeter of three-dimensional space.
Pseud-consciousness: A theoretical construct that guides all subjective experiences with friction, informing each sovereign’s ‘now’ moment in time to harmonize the collective path.
Quantum Gravity: An emergent force that occurs when reflected proximities are compelled into similar proximity with the reflections they have propagated into all relative frames of reference.
Quantum Mechanics: A fundamental theory in physics that describes the behavior of matter and energy at the atomic and subatomic level. It is based on the principles that particles can exist in multiple states simultaneously, and that the position and momentum of a particle cannot be precisely known at the same time. Quantum mechanics has been incredibly successful in explaining a wide range of phenomena, from the behavior of atoms and molecules to the properties of solids and liquids.
Reflections: Mirror images of sovereign proximity that are propagating their essence into all frames of reference at each proximity juncture in the sovereign’s temporal pilgrimage.
Relative Frame of Reference: The subjective “now” moment where simultaneity occurs, enabling observation and interaction among congruent sovereign proximity.
Relativity: A fundamental theory in physics that describes the nature of space and time. It is based on the principles that the laws of physics are the same for all observers, regardless of their relative motion, and that the speed of light is always the same for all observers. There are two main types of relativity: special relativity, which describes the behavior of objects when they are moving at high speeds, and general relativity, which describes the behavior of gravity as the curvature of spacetime caused by the presence of mass and energy. Relativity has had a profound impact on our understanding of the universe.
Riemann Surfaces: A mathematical concept that is used to study the properties of complex functions and their relationships. In essence, a Riemann surface is a complex manifold that is used to describe the behavior of a function as it approaches a singularity. The concept of Riemann surfaces was developed by Bernhard Riemann in the 19th century and has since been used in a wide range of fields, including mathematics, physics, and engineering.
Similar Proximity: A state of being that occurs when sovereign proximity transcends inertia with a congruent cohort, also called duplicity. Concurrent similar proximity is the duplicitous collective.
Simultaneity: The state of being present or occurring at the same time, where all phenomena coalesce into a unified whole, creating a complex tapestry of interconnected experiences that comprise our corporeal reality.
Sovereign Proximity: The intimate, immediate, and embodied subjective space the individual sovereign occupies, an emergent, relational, and contextual phenomenon that embodies the dominant universal.
Sovereign: A fixed absolute proximity that exists at a specific juncture in three-dimensional spacetime, wielding command and control over its own domain, which is not separate from but an integral part of the singularity.
Superposition: In quantum mechanics, superposition refers to the ability of a quantum system to exist in multiple states simultaneously. This means that a quantum particle can exist in multiple locations, have multiple energies, or have multiple properties at the same time. Superposition is a fundamental property of quantum systems and is responsible for many of the strange and counterintuitive phenomena observed in quantum mechanics.
Synchronicity: The phenomenon of multiple events or processes occurring simultaneously and harmoniously, as if they are connected by a hidden thread.
Temporal: Refers to the way in which our memories shape our understanding of the present and influence our expectations for the future, while being influenced by our past experiences. From a nano-phenomenological perspective, it is the lifespan of a set of sovereigns that are compelled into similar proximity to become ‘something’. It includes every proximity juncture it preserves during in its lifespan, from past to future.
Temporal Pilgrimage: The journey of expansion and self-discovery that each sovereign embarks on as the singularity seeks to minimize friction within each transcendence it excites.
Temporal Proximity: The sum of a sovereign’s interactions with friction, or the sum of proximity juncture experiences preserved during a sovereign’s lifespan.
The Singularity: Excited into existence by an experience beyond inertia the singularity is the ultimate, unified field that underlies all existence, encompassing all phenomena from the smallest to the largest scales. The singularity represents the totality of existence.
Tunneling: In quantum mechanics, tunneling refers to the ability of a quantum particle to pass through a potential energy barrier that would be classically insurmountable. This occurs when a particle has enough energy to overcome the potential energy barrier, allowing it to tunnel through the barrier and emerge on the other side. Tunneling is a key phenomenon in quantum mechanics and is responsible for many of the strange and counterintuitive phenomena observed in quantum systems.
Wave Function: A mathematical function that describes the quantum state of a physical system. It is a complex-valued function that encodes all the information about the system, including its position, momentum, energy, and other properties.