Differential Incremental Equilibrium Geometry-Effects of Cerebral Groove and Protein Granule Motion on Thinking Space and Mental Activity

The research direction of this paper is to construct brain-like spatial structure and brain, nervous system and neurotransmitters from molecular cytobiology to construct mental acquisition from the influence of neuron and genome expression on brain, especially the material suspension caused by mental collapse to the neuron-like topological spatial structure and fluid topological structure of neurotransmitters. The spatial construction of acquired immunity and fluid morphology of neurotransmitters in the field of psychiatry (Carrying schizophrenia and other factors) also has brain-like mental activity traits. Stable traceability of neurotransmitter structure of series signal in schizophrenics with advanced intelligence. The high-end hyperspherical convex spherical fiber bundles with reduced dimension in 3+1 dimension system, special light field with radiation, and the collapse of mental force cause the suspension of substance in stationary state, the similar solution of solitary wavelet of petal-like micro-fibers in superimposed bundles. That is to say, the intelligent information particles carrying special image fragments in the form of mental energy in Psychological Acquired Immunity. Including primitive and innovative mathematical models of neuronal cell modification. Therefore, on the basis of original mathematical "differential incremental equilibrium geometry". The geometric models of spatial geometry and fluid structure of neurotransmitters of all neurons in life sciences are solved at the molecular level. Even using the nonlinearity of 4-dimensional super-high-end super-spherical convex fiber plexus "redundancy, petal-like micro-fibers" Sex-like solitary wavelet, which truly establishes the internal structure and law of molecular cell biology model. Reflects the new field of human brain research. It provides the basis and precondition of theory and application for the establishment of hybrid artificial intelligence of life and machine. and has far-reaching influence and important development prospects for the development of artificial intelligence, especially in brain-like artificial intelligence.


Introduction
In this paper, the trend of bud nucleus growth is described scientifically by cross-section: the trend of neurons, neuron cell bodies, dendrites and axons, neuron damage cell modification nucleus morphology the discharging frequencies of population vectors and movement directions of neurons (radioactive high-dimensional residual space structure), axons and thinking of spinal nerve (thinking structure) neurons (thinking structure). Protein structure of the "bud nucleus growth trend".
The growth trend of bud nucleus is the trend of human memory gene, sulcus and protein movement, in order to solve the problem of 4-dimensional super-high-end superglobular convex globular fibrous plexus-memory gene, sulcus-secondary incremental equilibrium space-s1-dimensional+s2-dimensional "residual-like stacked petallike micro-fibers" embedded in the globular domain (intrinsic fold), and has "typical domain core-intrinsic fold". The Quasi-mobile communication structure of complex variable non-holomorphic univalent function and bivalent function exists simultaneously in the Quasi-mobile communication structure. The collapse of the 4dimensional super-high-end superspherical convex spherical fibers cluster-disordered mental force causes the suspension of matter to rest. The quadratic microincremental equilibrium space-s1-dimensional + s2dimensional "coproduct_ quasi-petal micro-fibers" thinking energy equation-spherical polar coordinate system. Formation of acquired mental immunity.
The nucleus growth trend of neuron-cell modified-cell nucleus division-binuclear 4-mer protein. and the cell body composed of thinking structure variation + intrinsic structure of neuron nucleus, and carrying binuclear 4-mer protein. "Mononuclear_4 Polymer Protein" and "Binuclear_4 Polymer Protein" have a "neurobiological" relationship. Neurons memory fissure (thinking) neurotransmitter flow structure. complex conjugate nucleus vibration nuclear mark function neurotransmitter.
Cerebral sulcus, cerebral nerve morphology, regional lesions (tumor-like structure) -Effective nucleus mark of nucleus budding vibration predicts nucleus mark of human brain nerve and vascular lesions. and can also solve 4-dimensional-superhigh-end-superglobular convex globular fibrous plexusmemory gene, sulcus-secondary incremental equilibrium space-s1-dimensional+s2-dimensional "Coproduct-like petallike microfibers" embedded in the globular domain (brain region segmentation-edge modification). and the occurrence of embedded globular domain (intrinsic wrinkle) _glioma. At the same time, there are grooves, brain nerve morphology, regional lesions (tumor-like structure) -"effective nucleus mark of nucleus budding vibration" to analyze nucleus marks of human brain nerve and blood vessel. i.e. memory gene, grooveembedded globular domain (intrinsic wrinkle) of human brain structure glioma (binuclear protein capsid + synthetic protein DNA or RNA).

Contents and Methods
In this paper, "differential incremental equilibrium geometry" is used as the basis of spatial geometry. Transcending meromorphic function morphology as structural function. and solving the spherical polar coordinate system of the general solution of the solitary wave similarity solution of the complex conjugate nucleus vibration effective nucleus trace function. Cell formation and damage repair in internal are accomplished by cell modification. So as to show brain science and Quasi Brain science is an important characteristic of heterosexual interchangeability in the nervous system and neurons of molecular cell biology.
Core conjugate complex hypersphere and differential incremental equilibrium geometrysoliton-like solutions are general solutions. Nonlinear soliton-like wavelets are solved in higher dimensions (s > 3) and have supersymmetry in spatial topology geometry. The superspherical convex spherical topological fiber bundles and the special "Quasi cluster petal-like microfibers" are used to modify the biological structure of molecular-like cells and to construct the micro-spatial structure of living organisms from the geometry of the topological space.

Human Gene Forming Protein and Cell, Cell Modified " Bud Nucleus Growth Trend"
Reduced-dimensional high-end hyperspherical convex spherical fiber bundles in 3+1-dimensional systems-spatial deep chain-unwrapping structures of polypeptides with complex (core variables) to form solitary wavelet similarity solutions for single-chain protein particles.
1. Human Gene Forming Protein and Cell, Cell Modified "Bud Nucleus Growth Trend".
The spatial folding of 3+1 dimensional system's high-end hyperspherical convex spherical fibrous bundles-protein particles is related to the spatial construction of protein particles. Cells are modified to form the soliton of the global nonlinear partial differential equation system of spatial transformation Sin y π π + → + of protein particles with complex (core variables) polypeptide spatial deep chain structure, which is related to the spatial construction and folding of protein particles. Three-Dimensional Image of Similar Solutions of Vertical Wavelet-Range Kernel Control.
Cell modification is the spatial construction and folding of protein particles. It has a complex (core variable) polypeptide spatial unchain structure to form single-chain protein particles.   dimension-non-high-end-hyperspherical convex spherical fibrous cluster-protein particle Space folding and protein particle space construction, and cell modification is related to protein particle space construction and folding, with complex (core variables) polypeptide space chain structure, forming single-chain protein particles, spatial transformation of Sin y π π + → + global non-linear partial differential equation system solitary wavelet value range Three-Dimensional Image of Similar Solutions for Nuclear Control.

Solitary Wavelet Similarity Solutions for Complex
Kernel Variables with Spatial Folding of Protein Particles and Spatial Construction of Protein Particles.
Macroscopic non-holomorphic quadratic incremental equilibrium spatial structure of 4-dimensional super-high-end superspherical convex spherical fiber bundles-protein chains combination_binary first-order partial differential_8 polymer protein_soliton wave general solution-range nuclear control.
Solitary Wavelet Similarity Solutions for Complex Kernel Variables with Spatial Folding of Protein Particles and Spatial Construction of Protein Particles.
4-dimensional ultra-high-end superglobular convex spherical fiber cluster-chromosome tissue hierarchy-intrinsic nucleosomes, filaments, and ring domain-cell modification existing polypeptide spatial structure-soliton wave value domain nuclear control-similarity solution in global polar coordinate system.

Transcendental meromorphic functions
Neuron-axon Formula of Vibrational Nucleus Trace-Neuron in Complex Conjugate Bud Nucleus.
2. Neuron damage cell modification nucleus morphology population vector of neurons and discharging frequency of movement direction (radioactivity high-dimensional residue space structure). population vector of neurons and discharging frequency of movement direction (radioactivity high-dimensional residue space structure) Neuron damage cell modification nucleus morphology population vector of neurons and discharge frequency of movement direction (High Dimensional Residual Spatial Structure of Radioactivity) _(1,3) order hypersphere_ (1,2) secondary root hypersphere _internal hypercube low dimension cell body radial spheroid shape internal nuclear conjugate hypersphere conjugate bud nucleus vibration effective nuclear trace function soliton wave similarity solution solution Spherical polar coordinate system.

Transcendental meromorphic functions Protein
Neuron-thinking (protein structure) with transcendental meromorphic function morphology_Formula of 4-Polymer Protein Morphology.
4-dimensional super-high-end superspherical convex spherical fiber bundles, the collapse of disordered mental force leads to the suspension of substances in static state, the secondary increment of equilibrium space, the s1+s2dimensional "Coproduct petal-like micro-fibers" thought mass energy equation-spherical polar coordinate system.
Neurons cell modification cell nucleus division advanced wisdom (Carrying schizophrenia factor) population memory cleft (meninges) binuclear protein.
There is a separation of "high intelligence (carrying schizophrenic factor)" memory cleft (meninges)_binuclear protein from schizophrenia memory cleft meninges_binuclear protein. And its protein structure is superior.
Complex conjugated nucleus vibration nuclear mark meninges_Double 4 core protein.
3. "Trend of Bud Nucleus Growth" of Glioma Embedded in Globular Domain (Intrinsic Wrinkle) with "Remainder-like Cluster Petal-like Microfibers".
4. "Capillary Membrane Structure Cell"_G Cell: Plasmodium + Protein Capillary membranous structure (cells), forming nonvariant and variant nuclear structure cell modification cell nucleus division (1,3) order hypersphere (1,2) secondary root hypersphere (1,2) inner hypercube tube membranous shape inner nuclear conjugate hypersphere conjugate bud nucleus vibration effective nuclear mark function similarity solution spherical polar coordinate system. Sulcus of brain, morphology of brain nerve, regional lesions (tumor-like structure) -"Effective nucleus mark of nucleus budding vibration" was used to analyze nucleus mark of human brain nerve and blood vessel. Memory genes, sulcus-embedded globular domains of human brain structure (intrinsic wrinkles)_glioma (binuclearprotein capsid + synthetic protein DNA or RNA).

Neuron-axon and myosomal cells (integrin constitutes sarcoplasmic reticulum (SR) membranous cannula) differ greatly in morphology.
Neuron-axon and muscle cells share the same host. That is, the core core is the same. θ π π θ π ϕ π π π Sin y Cos x y π π π π π π π π + + → + + Therefore, neurons are a complex cellular structure with both somatic nuclei and neuronal soma (thinking-type nuclear structure). And they have the same DNA or RNA.
3. Neuron impairment, cell modification, nuclear morphology, radioactivity-induced high-dimensional residue space structure of brain perception, transcendence of sumproduct transformation of nuclear functions in Meromorphic Functions: Ranscendental meromorphic functions kernel Neuron damage, brain perception Coproduct Sum product Transformation Det Sec ctg a Sec π π θ ϕ θ ϕ To sum up, when nerves and neurons are damaged, people wake up first by the collective movement of neurons perceiving direction; so they ask themselves where (where) they are. 4. Holistic neurons (sarcoplasmic reticulum (SR) membranous cannula protein + neuronal soma cell modification cell core division, the core mechanism of action is controlled by DNA genetic material.
Neurons are encapsulated by plasma membrane, which conforms to the "lipid bilayer liquid mosaic + protein_model" and has a dendritic-like structure.
Vibration Nucleus Trace Function Neurons of Complex Conjugate Bud Nucleus.
Neuronal cell body-nucleic acid (DNA or RNA). Neuronal somatic synaptic nucleus (same as neuronal somatic dendritic nucleus, with adjustable parameters).
The formula of the relationship between mental energy and images produced by human mental activities.
[ ] Special light field with radiation collapse of mental force causes suspension static state of substance. "Superimposed petal-like microfibers" carrying image fragments.

Bud Nucleus Growth Trend-Trend of Thinking and Memory, Memory Crack
The effective nucleus trace information of complex threedimensional image is formed by the effective nucleus trace information of bud nucleus vibration which is "accompanying index effectively converges the range of nucleus trace solution".
N u c le a r m a r k r a n g e Bud Nucleus Formation Neurons Memory Rift (Thinking) Core Nucleus.
3+1-dimensional pseudo-four-dimensional system: hyperspherical convex spherical fibers cluster-spherical fibers crystallized fibers family, hyper-three-dimensional core radioactivity structure in typical domain of energy release of solitary wavelet-like, "hierarchical fuzzy clustering analysis system based on differential incremental equilibrium theory-effective nucleus trace function equation of nucleus vibration" intelligently generates complex three-dimensional images of nucleus growth process.
Human thinking activity is based on the growth trend of bud nucleus with memory material and memory fissure. Thinking activity is a special discrete energy activity process, which is closely related to memory, memory fissure and memory material. Memory crack "bud nucleus growth trend" reflects the existence of memory fragments, some of which are interconnected and produce associative activities; and memory fragments also have some independence of memory activities.
Memory Sulcus of brain exists on a fragment of memory crack, which is a form of improving memory capacity. The existence of weak energy in memory Sulcus of brain (memory fissure) is the basis of maintaining the existence of memory information. Bud Nucleus Growth Process of Superglobular Convex Globular Fiber Clusters.
Radioactive structure of ultra-three-dimensional core. 8. Mind-related proteins and memory cracks as well as bud nuclei growth trends. The nucleus of neuron-memory fissure (thinking) _radioactive structure is equivalent to "neuronsynapse-neurotransmitter-flow structure".
Neuron-cell modification-cell nucleus division-binuclear 4 Polymer protein, memory fissure -radioactive structure "bud nucleus growth trend", and neuron-synapse-neurotransmitter- It is a large number of high-performance "neuronbinuclear-4 Polymer proteins" are needed for high-speed thinking.
There is a "neurobiological" relationship between monocyte_4 polymer proteins and binuclear_4 polymer proteins, as well as a "transcendental meromorphic function morphology core conjugate complex hypersphere complex conjugate bud nucleus vibration effective nuclear trace function".
Vibration Nucleus Trace, Memory Crack and Radioactive Structure of Complex Conjugated Bud Nucleus.

Neuronal Cells Modify the Radioactive Structure of Memory Cleft Associated with Nuclear Division
1. Neurons (sarcoplasmic reticulum (SR) membranous cannula protein neurotransmitter glutamate (variation) chromosome degeneration cell modification cell nucleus division memory fissure radioactive structure.
The relationship between range nuclear control neuron synaptic neurotransmitter factor γ + and high intelligence schizophrenia neurotransmitter glutamate (variation). a. Neurotransmitter-glutamic acid (variation) advanced   b. Core kernel structure.
The excitatory neurotransmitter has a chemical substance, glutamic acid, which is related to thinking and memory.
Because of the stable control function of factor γ + , advanced  Complex three-dimensional image of global nonlinear partial differential equation system of 3+1-dimensional hyperspherical convex spherical fibrous plexus-neuron (sarcoplasmic reticulum (SR) membranous cannula-protein) _glutamic acid (variation) _chromosome degeneration _advanced wisdom _series High intelligence Schizophrenia patients have a series Signal Stable Marking formula. Highly intelligent Schizophrenic patients have regular and meaningful signal stable tracing, there is no phenomenon of edge well depth; signal stable tracing image has peaks and troughs.
How can glial cells and encapsulated brain capillaries form glioma and protein transfer --"effective nucleus mark of nucleus budding vibration" and construct nucleus mark of human brain neurovascular lesions. 1 Direct sum (,)  Complex conjugated nucleus vibrating nuclear mark-glial cells. Neuronal degeneration glial cells compressive ellipsoid.
Glial cells and protein transfer cell modification cell nucleus division_ transcendental meromorphic function_ (1,3) order hypersphere (1,2) secondary root hypersphere _internal hypercube low dimension long handle ellipsoid shape internal conjugate complex hypersphere conjugate bud nucleus vibration effective nuclear trace function similarity solution spherical polar coordinate system.
Glial cells and proteins metastasize and form glioma cells, cell modification, cell nucleus division, transcendental meromorphic function (1,3) order hypersphere (1,2) secondary root hypersphere_internal hypercube low dimensional long handle ellipsoid shape internal nucleus conjugate complex hypersphere conjugate bud nucleus vibration effective nuclear mark function similarity solution spherical polar coordinate system.  Capillary ependymal structure cells form mutant endonuclear structure cell modification cell core division, transcendental meromorphic function (1,3) order hypersphere (1,2) secondary root hypersphere _ inner root hypersphere low dimension tubular membrane shape inner nuclear conjugated hypersphere conjugated bud nucleus vibration effective nuclear trace function similarity solution-formula.
Core-core structure of neuron-change-cell body-cell modification-membrane protein structure.
Neuron change cell body cell nucleus (second-order differential DNA abnormality) can hardly form tumor structure cell modification.

Figure 45. Complex conjugated bud nuclei vibrate nucleus marks capillaries, and capillaries membranous structures (cells) variant nuclei.
The reason is that in the transcendental meromorphic function system of neuron-change-cell body-cell first-order differential protein-shell+second-order differential chromosome (DNA or RNA), the structure of tumor type can hardly be formed. Whether "neuron-cell body (cell)" tumors exist in "molecular cytobiology".
Neuron change cell body cell first-order differential protein capsid mutation + nucleus (second-order differential DNA abnormality) can hardly form tumor structure cell modification cell core division, Figure 46. Subradical-order kernel conjugate complex hyperspheres, and the vibratory nuclear mark of the complex conjugate bud nucleus neuron change cell body.

Discussion
1. The effects of differential incremental equilibrium geometry-Sulcus of brain and protein particle movement on thinking space and mental activity, and the 4-dimensional super-high-end superspherical convex spherical fibrous plexus "redundant, stacked petal-like microfibers".
Brain science, which embodies the successful intervention of original geometry in molecular cell biology, can express neurons, neuron cell bodies, transcendental meromorphic function (1,3) order hypersphere (1,2) secondary root hypersphere_internalhypersphere low-dimensional ellipsoid state endonuclear conjugate hypersphere conjugate bud nucleus vibration effective nuclear trace function analogy solution Label system. Neuron (protein structure)_4 Polymer proteins, neuronbinuclear-4 Polymer proteins, memory fissures (thinking)_neurotransmitters, neuron-degeneration_glial cells from genome to protein space folding, Forming the topological geometry of various nerve cells.
It forms a brain-like system with intrinsic life forms, and the movement of high-energy protein particles profoundly influences thinking and mental activities, so as to form a hybrid artificial intelligence of life and machine.
Transmeromorphic function Complex conjugate nucleus vibration effective nucleus mark, In the complex function theory, the absolute supersymmetry geometry of Binuclear 4mer proteins is discussed.
2. Brain-like science is studied from another brand-new angle. The mature deduction of brain mathematics provides a deeper fitting structure for brain-like science. This is a special problem, which is the unification of variation and heterogeneity, and also the centralized embodiment of heterosexual interchangeability. He provides a scientific basis for revealing the strong fitting function of brain science. It provides information science and life science support for future 3D printing technology of tissues and organs.

Conclusion
Differential incremental equilibrium geometry has its supersymmetric topological geometry. Build Differential Incremental Equilibrium Geometry-Effects of Cerebral Groove and Protein Granule Motion on Thinking Space and Mental Activity, 4-dimensional Super-High-end Super-Spherical Convex Spherical Fiber Cluster, Coproduct -Like Cluster Petal Microfibers. There are also brain like mental activity traits in the spatial construction of research in the field of psychiatry with the fluid morphology of neurotransmitters. From the perspective of molecular cell biology, the spatial structure of brain like structure, brain, nervous system and neurotransmitter were constructed. It really establishes the internal structure and law of molecular cell biological model, and embodies the new field of brain like research.