This paper proposes the Zhao Futao Multi-Parallel Cartesian Coordinate System (MPCCS), which takes the Zhao Futao Dual Axiom System of Material Memory and Entanglement between Matter and Consciousness as the underlying logic. It separates the information attributes of "consciousness-memory" and the physical attributes of "motion-external field" into parallel coordinate systems, realizing coupling through a shared environmental axis to solve the problems of heterogeneous variable confusion and unclear physical meaning in traditional modeling. Taking photo-induced quantum decoherence as an application example, this paper substitutes real physical parameters to complete verifiable numerical calculations, clarifies the physical meaning and dimension of each physical quantity, and achieves accurate correspondence between the theoretical framework and actual physical processes, laying a solid foundation for subsequent experimental verification and cross-field expansion.
This paper proposes the Zhao Futao Multi-Parallel Cartesian Coordinate System (MPCCS), which takes the Zhao Futao Dual Axiom System of Material Memory and Entanglement between Matter and Consciousness as the underlying logic. It separates the information attributes of "consciousness-memory" and the physical attributes of "motion-external field" into parallel coordinate systems, realizing coupling through a shared environmental axis to solve the problems of heterogeneous variable confusion and unclear physical meaning in traditional modeling. Taking photo-induced quantum decoherence as an application example, this paper substitutes real physical parameters to complete verifiable numerical calculations, clarifies the physical meaning and dimension of each physical quantity, and achieves accurate correspondence between the theoretical framework and actual physical processes, laying a solid foundation for subsequent experimental verification and cross-field expansion.
Quantum sensing and quantum computing face the core challenge of understanding and suppressing decoherence noise. Traditional noise models focus primarily on environmental parameters (temperature, magnetic field, charge density) but struggle to explain systematic differences in noise strength across material systems. Based on Zhao Futao’s Material Memory Theory, this work establishes a complete mathematical framework for quantum decoherence and interface noise injection. The theory is grounded in two axioms: the Material Memory Unit Axiom (all material systems carry and record their full evolutionary history, and evolution is the active response of memory) and the Matter-Consciousness Entanglement Unit Axiom (consciousness is a high-level entangled property of matter, with survival tendency as its simplest form). Using an optical analogy, we construct a unified theoretical chain from interface physics to macroscopic decoherence measurements.
The existing quantum mechanics explains the Schrödinger's cat thought experiment with a binary discrete superposition state, artificially splitting the state of a living being into two mutually exclusive results of "alive" and "dead". This not only fails to explain the continuous and gradual characteristics of the process of life's demise but also fails to resolve the observation paradox at the level of the substance itself. This paper relies on Zhao Futao's Axiom of Material Memory Elements (AXIOM - 001), the Axiom of Non - absolute Zero Value and Asymptotic Extreme Value, and the Monomer Primitive Superposition Regulation Methodology (MPr - AMP), combines with the classical law of conservation of matter, and simultaneously links the field observation facts in the empirical literature "Theoretical Demonstration of Hidden Matter Based on Cases of Reincarnated People and Spiritual Animals (V3)" that laid the foundation of the system to construct a complete ontological resolution scheme supported by real - world cases. This paper also clarifies the evolutionary logic of the core concepts of the system: "Hidden matter" is not a special new type of matter independent of conventional matter. It was a temporary name for the hidden memory attributes inherent in all matter that could not be directly captured by conventional observation methods during the initial stage of the system's establishment when the axiom "everything has an intrinsic memory" had not been fully established. After the system was improved based on the Axiom of Material Memory Elements, it can be clearly stated that the so - called hidden matter essentially refers to the inherent memory hidden attributes of various material units that are difficult to intuitively read, and it only appears externally in the form of a lightweight and diffused carrier. The core assertions of this paper are as follows: All material units possess intrinsic memory attributes, and memory always exists attached to the corresponding material carriers. The form of memory manifestation that cannot be captured by conventional observation and can diffuse and dissociate is the hidden matter (the hidden memory attribute of matter) defined in the early stage of the system. The macroscopic "death" of a living being does not mean the annihilation of matter and memory, but only represents the dissociation and failure of the high - order integrated memory - reading coupling system. After the system collapses, the segmented memories carried by the solid - state macromolecular carriers remain in the body 残骸,and the lightweight microscopic carriers with hidden memory attributes 脱离 the original body and diffuse and dissociate in the internal space of the closed box. The two types of carriers co - exist simultaneously and evolve asynchronously. The whole process strictly follows the law of conservation of matter. The carriers only undergo continuous transformations in spatial coupling structures and distribution positions, and there is no creation or complete annihilation of matter out of thin air. The so - called "superposition state of life and death" in traditional quantum mechanics, at the underlying physical reality, is the evolutionary state in which the "solid - state body - bound memory carrier" and the "lightweight carrier that dissociates and reveals the hidden memory attribute in the box" co - exist simultaneously. At the practical level, "Theoretical Demonstration of Hidden Matter Based on Cases of Reincarnated People and Spiritual Animals (V3)" has long proven, relying on the two types of field evidence of reincarnated people in Liping, Guizhou and the weasels charming people in Songyuan, Jilin, that after the demise of a living being, the hidden memory attribute of matter will 脱离 the body in the form of a lightweight and diffused carrier, dissociate in an open space, and achieve cross - carrier conscious interaction. This paper migrates the same evolutionary logic of hidden memory attributes to the Schrödinger's cat closed - box system, achieving a theoretical unification of real - world folk observations and basic quantum thought experiments. The full text strictly follows the "Research Iron Law V1.2" and the "Logic Takes Precedence over Precision" methodology charter, standardizes and honestly encapsulates the cognitive boundaries such as "shallow - layer consciousness fragments" and "reading coupling systems" into black boxes, and outputs low - threshold naked predictions that can be tested by experiments, completing the complete theoretical loop of the FT - MMT system from the empirical verification of real - world phenomena to the interpretation of basic quantum problems.
Abstract This paper takes quantum coherence as a unifying framework to establish a streamlined physical model that spans microscopic quantum phenomena, macroscopic motion, the four fundamental interactions, and conscious perception. Changes in an object’s motion state are fundamentally the transition and reconstruction of the system’s overall coherent mode. Electromagnetism, gravity, friction, contact forces, and the strong/weak interactions are all forms of coherent coupling at different scales. Macroscopic continuous motion is a sensory illusion of high-speed transitions between discrete coherent states, synthesized into a smooth temporal sequence by consciousness. Decoherence corresponds to the release of phase constraints, accompanied by energy release. From a dimensional perspective, the high-dimensional quantum coherent field is the underlying reality, and the macroscopic classical world is its low-dimensional projection after decoherence and conscious integration. Macroscopic physics is a simplified version of quantum physics, just as conventional calculus is a simplified version of its deeper mathematical foundations. This framework achieves a unified explanation of matter, force, energy, consciousness, and spacetime dimensions, with rigorous logical simplicity and self-consistency.
This paper aims to construct a set of cross-scale structural isomorphism theoretical systems based on the FT-MMT, in order to solve the long-standing problem of the separation of micro and macro motion laws in modern physics. Through an in-depth analysis of the effects of orbital superposition, observation frame rate limitations, and time-scale extension on the appearance of material motion, a core innovative conclusion has been put forward that electron clouds and lunar orbital clouds have the same physical origin. The research shows that the motion nature of both electrons and the moon is to make an orderly revolution around the core subject in a fixed orbit, and the observed "diffuse cloud state" is actually a visual illusion of trajectory time superposition. This discovery completely breaks the logical barrier between the microscopic quantum appearance and the macroscopic celestial body appearance in traditional physics, laying a pure, self-consistent, and original physical picture foundation for the FT-MMT cross-scale unified dynamics, revealing the high unity of the underlying motion laws of the universe.
The core innovation of this paper lies in proposing the "transcription channel" theory: physical observation values are not a direct reflection of material memory, but rather the result of memory mapped through specific "transcription channels"; the memory itself is non-attenuating, but its readability during dynamic conversion may appear attenuated due to mapping mismatch. This provides a new perspective on the quantum measurement problem—wavefunction collapse can be regarded as the limited-bandwidth expression of consciousness-memory information in physical channels.