2 -Química-física implicada

INTRODUCTION:

Once the fear of writing books has been lost, I now have another volume (the first one is called “Theoretical Chemistry to consult”. It is a pleasure for those who like chemistry and I want to condict their dissemination.
Doing this project I find myself to feel pleased with what I do. Everyone has the right to an illusion for which to fight (be it economically, culturally, of spirit, of art …); To deepen into the topics, it takes time.

This book is designed so that it responds to the intention of opening new points of view, sharing knowledge … using key paauls to facilitate and understand the network of the different characters that have been laying stoneon this scientific world.

The teaching experience is important, although in my case it is not very extensive. Obviously it is not due to lack of desire but to sickness .

These copies become a guide to understand the basis of many theories (use focuses to speed up comprehension).

I treat the different branches of chemistry both in its classical aspect and in its modern episodes (quantum,supersymmetry , string theory …).

I’m trying innovating as well as checking if what occurs to me is correct or ot strange.
Thanks to Joan Bertran , Miquel Solà, Joan Miró, and especially Albert Curto and his family as co-workers.

 


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INDEX:

CHAPTER 1  – Degrees of freedom
Translation
Rotation
Vibration
Linear or nonlinear molecule
The 3 directions
Monoatomic and poliatomic molecules
Raman vibration spectrum
Vibrational modus
CHAPTER 2  –  NUCLEAR LINK

DUALITY ONA- CORPUSCLE …………….
De Broglie
Einstein
Heisenberg’s Uncertainty Principle and Electro-photon Collision

TTHEORY OF NUCLEAR LINK AND ENERGY NUCLEAR

Nuclear reaction
Power of attraction of the nucleus
Relationship mass-energy
Interconnected particles
Ratio  E / A (link energy / nº. massic).
Fluctuation
Stability

CHAPTER 3  – TYPE OF SOLIDS

Ionic crystals
Molecular crystals (forces of VdW (Van der Waals), polarity, intermolecular forces …)
Covalent Network Solids (cell unit)
Metallic crystals
Bragg diffraction equation (networks, distances
Interplanars dispersion of XRay, intensity, distribution)
Type of packing
Coordination no
Crystalline system
Conductors, semiconductors, insulators, superconductors
Intrinsic and extrinsic semiconduction
Bands theory
Donors or acceptors
Resistivity

CHAPTER 4  – TECHER REVIEW

Polymers
Module, direction and direction
Potential energy produced by specific q (loads)
L’Hôpital
No.’s first
Problem
Doping networks
Semiconductors
Succession (I)
Questions
Circulation
Transpositions (in organic chemistry).
Rotor rigid
Statistics
Classification of numbers.
Born- Haber
Limits I and II and derivatives in 3-D
Cocaine
Succession (II)
Resonance box and nodes
Theorem of Bolzano
Ozone
Pasteur
To smoke
Optical plans
Static electricity

CHAPTER 5  – Kinetic Theory of matter

Gases
Solids
Liquids
Boyle’s Law

CHAPTER 6  – Astronomical Physics I

Pilot reproduction of the Universe on a small scale
Annihilation
Cosmic conspiracy
Spectrum
Black hole
Expansion and inflation
Quasar
Wormhole
Principle of exclusion
Repulsive force
Nebula
“The light was made”
Pulsate
“Red Giant”

CHAPTER 7  – Astronomical physics II

Orbit + disturbances
Ether
Butterfly effect
Solstices and Equinoxes
Nodes (ascending and descending)
Eclipse
Perigeo and Apogee
Middle state
Density and Tª
Geometrical and arithmetic progression
Delay time
Alive “ens”.
Ecliptic

CHAPTER 8  – How to solve differential equations and brief treatment of electricity

Permit Ctnt
Dielectric
Condenser and capacity
Differential equations
Formula Taylor and Euler
Potential energy
Elliptical orbit and nodes

CHAPTER 9  – More about the operators

Hamiltonian Operator
Cartesian and polar coordinates
Complex numbers
Steady state
Degenerate states
Interlacing
Potential energy
Harmonic oscillator
Hooke
Number of splits
Vibrational energy
Reduced mass
Rotation energy
Polarity

CHAPTER 10  – More about quantum theory

Crocodile experiment
Shielding
Multiplet
Quarks
Dirac sea
Differential equations
Derivatives
Kao
Boson
Isoespin
Hadrons
Fermions
Pions
Mesons
Leptons
Neutrino
Barions
Gauge transformation

CHAPTER 11  – More about chemistry-physics

Plasma
Weak nuclear forces
Strong nuclear forces
Switching between operators
Dead points
“Ghostly action at a distance”
Interference
Interlacing
Young
Gilbert’s space
Compton Effect
Atomic waterfall
Conversion to the bottom
Undo-uncertainty
Spin and polarity
Teleportation

CHAPTER 12  – More about the origin of the Universe and Temperatures

Relation of the Tª between the already known variables.
T i it r (imaginary time and real time).
Description of interactions between particles (5 types).
Big Bang
Rayleigh- Jeans  Planck
Bubbles

CHAPTER 13  – Info collection Regarding Physics

Benefits and truths about life of physics.
Ellipse of Earth orbit.
Circles
Supergravity
Theory of ROPES.
Supersymmetry
Inertia and inertial mass.
Galactic colors.
Attractive forces with respect to distance and mass.
Gravity
Nebulae
Electromagnetism
Potential 4- vector.
Invariantness and symmetry.
Theory and gauge transformation.
p- brana.

CHAPTER 14  – RESPECT TO CHAOS

Operator of Perron-Frobenius.
Classical physics and quantum physics.
Statistics
Theory of chaos.
Equation of movement or individual trajectory.
Existence of the limit.
Overall probability (or total).
Liouville- von Neumann.
Aufbau principle.
The swap
Bernouilli polynomials.
Poincaré.
Supersymmetry

CHAPTER 15  -Atomic theory 

Dalton.
Rutheford.
Bohr.
Electro-static force and centrifugal force.
PI and V. (potential ionization and potential energy).

CHAPTER 16  – A MÖSSBAUER  SPECTROSCOPY 

Radiació gamma
Ressonància
Multiplicitat
Estructura fina i hiperfina
Isoespin

CHAPTER 17  – Other worthy studies of mention

Doppler effect

CHAPTER 18  – Deal with the metal elements

Theory of the ligand field
Theory of the crystalline field, low and high spin complexes
 0 between the orbitals d (different energy levels of the orbitals “d” which are separated by a “gap”  0 ).
Structure of geometric complexes.

CHAPTER 19 – Obtaining petroleum derived plastics

Waste
Plastics
Blown
Polymers

CHAPTER 20  – Variable equations that emerge from string theory

Hubble
Unification theory
Intensity vs. distance
Trigonometry
Critical density
Maxwell’s equations
Gravitational field
Plasma
Cosmological and entropic principle
Properties of the Universe
Big Bang vs. Stationary status
Dark energy
Black hole
Topological defects

CHAPTER 21  – Curiosities about the Universe

Constant speed and acceleration
Reversal movement
String theory
TOE (theory of Everything)
Special theory of relativity
General theory of relativity
Muons
Principle of equivalence
Praise
Photon Clock
Natural laws […]
Progression of Physics
Feynman
Clusters
Symmetry gauge
Tension
Vibration and rolling parameter
Calabi-Yau
Big-Crunch
Ctnt coupling
Mirror effect
Duality
“Flop-transitions”
Phase transition
Entropy
Cosmology

CHAPTER 22  – Repecheage
BIBLIOGRAPHY