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: fangruida works . Particles, gravitational field, super 'spin: the super "spin vector", gene evolution and structure of the universe and of history(a selection of excerpts from the writings fragment square Investor Network Edition eBook electronic ver Subject: fangruida works ... particles,gravitational field, Gene evolution andstructure of the universe and of history (Fang Ruida electronic version of book excerpts fromselected clips online e-book) Particles,gravitational field, Super 'spin:the Super "spinvector", Gene evolution and structure of theuniverse and of history (a selection of excerpts from the writings fragment square Investor Network Edition eBook electronic version) Science aspects of heaven and Earth, andmultidisciplinary professional high integrationof cross-height separation and independentadult. Basic research and applied research andtechnology application to engineering, Doctoralstudy, and postdoctoral research and teaching, and so on. Mathematical Foundation of mathematical physicsand other important, professional, and on allsubjects Number theory Field theory and polynomials K-theory Group theory Functions of real variables, Functions of complex variables, includingapproximation theory in the plural Several complex variables and analytic spaces Ordinary differential equations Partial differential equations Difference equations and functional equations Harmonic analysis, including Fourier analysisand Fourier transform, Fourier series,trigonometric interpolation, and orthogonalfunctions Integral transform operator calculus Integral equation In functional analysis, including infinite-dimensional holomorphy, distribution(mathematics) integral transformation Operator theory Calculus of variations and optimal control Geometry/topology Convex and discrete geometry Differential geometry, topology, physicschemistry astronomy engineering is particularlyimportant. Principles of physical chemistry is from theperspective of physical chemistry in chemistry,is the principle foundations of modernchemistry. Physical chemist focuses on how toform the structure of the molecule, fundamentalprinciple of dynamics, Molecular Spectroscopy,and equilibrium of fundamental issues related tothermodynamics, quantum mechanics, statisticalmechanics, and other important physical area. Theoretical chemical physics theory to explainthe various phenomena of chemical disciplines. Computational Chemistry due to the complexity ofmolecular systems, molecular reactions, and so on. Quantum chemistry and other means of pure theoryof quantum mechanics to explain chemicalphenomena. Nuclear chemistry research how differentsubatomic particles together to form a nucleus,and studies how matter changes in the nucleus.The structure of matter. Astrochemistry research alien chemicals,analysis of their composition and structure Study on supramolecular chemistry Covalent bondsother than chemical bonds, such as hydrogen bonds, van der Waals, hydrophobic effectsoperations. Physics, astronomy, cosmology, chemical biology,particle, gravity, Super spin Super spin vectorfields field evolution of cosmic structureevolution of genes, and so on. Friedmann-Lema?tre-Robertson-Walker metric The big bang theory The shape of the universe in the big bang theory Cosmic background radiation Beyond the standard Big Bang model Quasi constant steady state theory Cosmic inflation The large scale structure of the universe-a few100 Mpc-a few percent of the horizon The formation and evolution of galaxies Dark matter Dark energy physics Cosmology astronomy is a keyissue. Mineralogy of accelerated expansion of theuniverse Petrology Geochemistry Paleontology Astrogeology Deep Earth geology Field of Zoology: animal physiology, Anatomy,embryology, Neurobiology and evolutionarygenomics molecular evolution of original birthof life approach Biology: Biochemistry: Biochemistry, protein mechanics,carbohydrate chemistry, lipid biochemistry,metabolic biochemistry. Evolution and ecology fields: paleontology,evolution, evolutionary biology, Sociobiology,systematics, taxonomy, ecology, andbiogeography. Field of modern biotechnology: biotechnology,genetic engineering, enzyme engineering,bioengineering, metabolic engineering, genomicsand synthetic biology. Cell and molecular biology: cellular andmolecular biology, genetics, Epigenetics. Biology and physics: Biophysics, structuralbiology, biomedical photonics, biomedicalengineering. Theoretical astrophysics of the universe Solar Physics Heliospheric Physics Solar Neutrino Physics Solar Physics Polar Lunar polar Mars Polar Science Geology Geophysics Physical geography polar research and thedevelopment of research on other planets of theearth disc structure of polar research. Paleontology Geochemistry Moon Moon Moon Moon Moon physics BiologyChemistry Research and development Geology of the Moon Mars Mars compared with the obvious andpractical significance of human landing on Marswould be a significant improvement in thehistory of the universe. Mars climate Mars geology Life on Mars Mars environmental reform Physics of Jovian planets Meteorite studies Kuiper belt astrophysical research on otherstars. Stellar physics Stellar Dynamics Planetary science Planetary physics Orbital physics Planetary life physics Physical chemistry of planetary Planet climate Planetary geology Planet minerals Planet ecology Planet electro Planet's gravity Planetary Evolution Physics of asteroids Extragalactic astronomy, and Geology of the Moon Galaxy Dynamics Galaxy Evolution Galactic structure Theoretical Cosmology The structure of the universe Cosmogony accurate historical picture of theuniverse the universe of the universe a to z Dynamics of celestial bodies Stellar seismology Ancient geology Paleontology in Astrophysics Compact Stars celestial physics Black hole physics Singularities physics research priorities. Neutron Physics Important physics area of study Quark physics Exotic matter theory of elementary particles Soliton stars physical Boson star physics Dark matter physics High Energy Astrophysics, particle, Quark, Godparticle, other Particle astrophysics Nuclear astrophysics Neutrino Astrophysics Quasar-physical Plasma Astrophysics Radio-Astrophysics Study on infrared Astrophysics, celestial bodies X-ray Astrophysics Satellite orbits Extrasolar planet observations Astrochemistry Astrobiology, biology in the study of celestial bodies Computational Astrophysics Spacecraft engineering most celestial realitiesmost important alternative planet landing The European Center for nuclear research:experiments in high energy physics Accelerator Super Proton Synchrotron Germany electron accelerators: located inGermany Hamburg, its main equipment is theHadron electron ring facility (HERA), collidingelectrons and positrons with protons available. Fermi National Accelerator Laboratory: located in the United States, near Chicago, the mainequipment is too-Volt Proton Accelerator(Tevatron), colliding protons and antiprotons. Brookhaven National Laboratory: located in theUnited States on Long Island, the main equipmentis the relativistic heavy ion Collider, used forheavy ions such as gold ions collide withprotons. High energy Accelerator research organization:located in Japan in Tsukuba, the K2K neutrinooscillation has a testing and test the Pro and con of b meson violation charge-parity of theBelle experiment. And other experiments, such as, for example the God particle research andlooking for. Cell biology (cell structure and composition) ofGenome Biology Research DNA and chromosome structure Protein biosynthesis (from DNA transcribed intoRNA, translation from RNA into protein) Protein structure Genome Proteome See the visible matter in the universe, darkmatter, dark energy is not included The interstellar medium (ISM) Ingredients percentage (V) temperature (K) the density (Atomic/cm 3) Molecular cloud < 1% 102-106 hydrogen molecules Cold neutral material (CNM) 1-5% 50-100 20-50 neutral hydrogen atoms Warm neutral substances (WNM) reflected 6000-10000 0.2-0.5 neutral hydrogen atoms Temperature and Ionic substances (WIM) forprovisioning 8000 0.2-0.5 dissociated hydrogen H II region < 1% 102-104 free hydrogen Gas Halo Thermal Ionic substances (HIM) free 30-70% 106-107 10-4-10-2 height (Hydrogen and micro-trace metals) 2.1 concept ofNewton's absolute space and time (Relevant information from Wikipedia,encyclopedia of science, United Statesencyclopedia, encyclopedia of astrophysicsastronomy, Encyclopedia Britannica, and otherworks of literature and compilation of summary) Related technologies With spaceships, spacecraft, launch vehicles,satellites, space station, landers), solution ofordinary differential equation Solution of partial differential equations Theory of complex variable functions Field of study (field theory): the fields ofmodern physics is the main object of study.Electrodynamics, electromagnetic; research ongeneral relativity gravitational field; gaugeresearch on gauge field. For different field you want to apply different mathematical tools,including: Vector analysis Tensor analysis Differential geometry Symmetry study: symmetry is an important conceptin physics. It is the Conservation LawFoundation, have important applications incrystallography and quantum field theory.Symmetry the symmetry group or algebraicstructures related to the description ofmathematical tools to study it is: Group theory Action (action) theory: action theory is widelyapplied in various fields of physics, such asmechanics and path integrals. Relatedmathematics tools include: The variational method Functional analysis Quantum: State of the quantum system: the quantum stateof the system at any given time (quantum state)by a State vector in the Hilbert space\mathcal{H} |\psi\rangle to be specified.Complete this State vector of a quantum systemis given all the information. Quantum system evolves with the flow of time iseasy: the State vector for |\psi (t) \rangle ofa quantum system and its dynamic evolution can be expressed as a time-dependent Schr?dingerequation, i\hbar \frac{\partial}{\partialt}|\psi (t) \rangle = \hat{H}|\psi (t) \rangle,in which the Hamiltonian operator \hat{H} (t)corresponds to the total energy of a quantumsystem, and \ Hbar is the reduced Planckconstant Some elementary particle data Type generation antiparticle totals Quark-2 30% 3-36 Lepton 2 colorless 30% 12 Gluon 1 1 itself 8 8 Colorless 10% w 1 2 1 1 z particles themselves colorless 1 Photon 1 1 own colorless 1 Higgs 1-1 their colorless and 1 63 total including the latest finds Unified electroweak theory and QuantumChromodynamics merged into one in the standardmodel. The theory is a gauge theory, that is,they put fermions and bosons (the power broker)pairing, to describe the forces betweenfermions. Because each set of Lagrangianfunctions in intermediary boson gaugetransformations are the same, so theseintermediate bosons are called gauge bosons.Included in the standard model bosons are: Gluon-medium of strongly interacting particles,the spin is 1, 8 species Photo-medium particle of the electromagneticinteraction, the spin is 1, only 1 W and z bosons-medium of weakly interactingparticles, spin 1 and 3 Higgs-led group of spontaneous symmetrybreaking, and fermions have a Yukawa coupling isalso a source of inertial mass. The significanceof the discovery of the God particle. Particles,gravity, gravity, Super spin Super spin andGravitation, and associated particle structureand evolution of the universe. The history of the universe and structure model of theuniverse, the universe begins and ends.Destroying the planet and the structure of theuniverse and strain (Reference ^ Komatsu, E.; Dunkley, J.; Nolta, M. R.; Bennett, C. L.; Gold, B.; Hinshaw, G.; Jarosik, N.; Larson, D. et al. Five-Year Wilkinson Microwave Anisotropy Probe Observations: Cosmological Interpretation. Astrophysical Journal |
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