It is advisable to facilitate the little ones to identify with the main characters of the story somehow. For these purposes, there should be no problem with changing the gender of a protagonist or making them two or three instead of one.

This little collection contains original fairy tales at bedtime, mostly based on true stories. They are stories for small children, from 2 to 7 years old, so the style of the spoken tales is effortless, with concise sentences and quite elemental ideas.

A common characteristic is Love, which gives cohesion to all the stories with its interpretation and assimilation; it is even a tool, necessary to understand the “baddies.”

Children can tell the difference between someone reading the bedtime story or mechanical reproduction. Nevertheless, they appreciate the effort, and they understand it is impossible to give them all the time.

Another critical element is that the boys and girls should have the opportunity to choose the bedtime story or, at least, to express their opinion.

• Mathematical metaphysics of Love, space, and time

• Reflections on magnitudes and their units

• Different definitions of time, highlighting the subjective origin of its concept and the eternal attempts to achieve a common and objective notion

• Examples of the timeline and its perception

• Universal Love as an introduction to the Equation of Love

• The acceleration of gravity and mathematical metaphysics games with the Equation of Love arrive at the formula for subjective gravity.

• The scientific Riddle of Gravity

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The book proposes some thoughtful ideas on present-day enigmas of Astrophysics:

• The stars’ nuclear fusion provokes an expansion of the universe –Global Aether, String, gravitons, o space-time if you prefer. Therefore, dark energy is not necessary anymore.
• The expansion pushes the stars to larger orbits, which elucidates their higher speed than a Newtonian orbit and the typical spiral arms of galaxies, making unnecessary dark matter.
• It seems that most of the stars were born in the vicinity of the central black hole or holes, either by direct mass-energy jets or by draining their energy via huge electromagnetic fields with the creation of cosmic dust.
• There is a chapter discussing why constant G is not constant in both Global Physics and General Relativity.
• Reflections on Cosmology suggest the Big Bang Theory would be incorrect because recent measurements of the expansion of the universe make its age equivalent to the observable universe and not its creation.

It studies the principles of physics concerning the structure of matter and the relationship between gravity and mass with its material support, constitution, or physical reality.

Among the most prominent aspects of Global Mechanics, we can mention:
• Mass and ordinary matter exist as real physical entities and independently of any observer.
• Distance forces or purely mathematical fields have material or physical support; otherwise, it would be pure magic.
• The gravity field is the support of electromagnetic energy.
• The mechanism for creating mass involves the medium support of gravity, gravity field, and electromagnetic energy to create the strong nuclear force. This mechanism is consistent with the models of Liquid Drop and asymptotic freedom in Quantum Chromodynamics (QCD)
• New theory of the atom with an electron concept explaining why they do not fall into the atomic nucleus, the Pauli principle, Young's double-slit experiment, the tunnel effect, the Spin, and what entanglement is.
• The Global Atom model includes an electronic configuration compatible with molecular chemical bonds.

The fact that light deflects in a gravitational field exactly double than mass points to some special relationship between the causes of both deviations must exist.

While the Theory of Relativity uses its tensors to alter space-time and balance the planetary orbits, Global Physics finds an additional force or second component of atractis causa, adjusted by kinetic energy, to explain the physical reality without altering it.

The second component of gravity force refers to energy, not only electromagnetic but also others, like kinetic.

The Global Gravity Law deserves special mention for providing a simple and intuitive explanation for the decisive “predictions” of General Relativity employing a small adjustment to Newton’s Law of Gravity.

The most impressive is the anomalous precession of the perihelion of Mercury. The deviation is due to the excess of gravity force concerning Newtonian law. This excess comes from the equivalent mass of kinetic energy, which integrates with Mercury and receives twice the attraction.

Besides, the book also includes the GigaChron experiment, G * g = c² * h * R * n, where n=1

The Equation of Love tries to replace the correct duality of subjective and objective reality, separating them from others, let us say, imaginary realities that could hinder scientific development.

In addition to love poems and mathematical metaphysics of Love, space, and time it contains scientific sections:
• The Riddle of Gravity
• Relationship between hydrogen photon energy on Earth's surface and gravity force of a falling apple

The second volume is the Theory of Relativity, Elements, and Criticism. Since it only explains 5% of the energy-mass of the observable universe and its peculiar characteristics, it belongs to the books of Global Metaphysics.

The Theory of Relativity is one of the most complex in the history of science. Together with Darwin’s theory, it is also one of the most controversial, despite the number of experiments that have supposedly confirmed it.

Some aspects are conventionally consistent; for example, as it is currently defined, time is relative. However, it does not make much sense the official definition of the unit of time is sensitive to the gravitational field or speed; since it would have been logical to establish it, including these two specific conditions, as it does with temperature and others.

Global Dynamics develops the Global Mechanics' model about the structure of matter for the relations between mass and movement and its variation or acceleration.

According to the ancient Physics of the Greeks, the natural state of bodies was to be at rest. In Classic Dynamics, Newton’s Laws provided the causes for being at rest and quantifying motion, such as in the free fall of bodies.

The theories of Relativity and Quantum Mechanics have developed Newton's kinematics of movement. They describe motion but not the causes for it, just its mathematical representation.

Finally, Global Dynamics explains the physical causes of motion of mass and its medium support the Global Aether –string, gravitons, o space-time if you prefer–, which perfect elasticity is responsible for uniform motion.

The Global Gravity Law deserves special mention for providing a simple and intuitive explanation for the decisive “predictions” of General Relativity employing a small adjustment to Newton’s Law of Gravity.

The most impressive is the anomalous precession of the perihelion of Mercury. The deviation is due to the excess of gravity force concerning Newtonian law. This excess comes from the equivalent mass of kinetic energy, which integrates with Mercury and receives twice the attraction.

Besides, the book also includes the GigaChron experiment, G * g = c² * h * R * n, where n=1

Some aspects are conventionally consistent; for example, as it is currently defined, time is relative. However, it does not make much sense the official definition of the unit of time is sensitive to the gravitational field or speed; since it would have been logical to establish it, including these two specific conditions, as it does with temperature and others.

This book analyzes the basic concepts:
• Maxwell's equations and the Lorentz transformations –3D Pitagoras theorem, the principles of Poincaré, and interpretations of the Michelson-Morley experiment as immediate antecedents of relativistic physics.
• Ad hoc postulates of Einstein's relativity, or better said axioms!
• The unusual terminology of the theory: thought experiments, observer as a reference frame, inertial and non-inertial frames, and many more.
• The Euclidean space and the types in Einstein’s theory as the geometry of Minkowsky and Riemann.
• Concept of inertial, gravitational, and relativistic mass.
• The weakness of the twin paradox in Special Relativity.
• Principle of equivalence incorporating gravity with General Relativity.

Since it only explains 5% of the energy-mass of the observable universe and its peculiar characteristics, it belongs to the books of Global Metaphysics.

The most important types of memory are:
• General and specialized – Among the former will be standard memory, pre-concepts, working memory, and automatic answers, among others; to the latter type belong linguistic, visual, and emotional memory.
• The persistence of memory – short, medium, and long term
• For reliability – sure or math memory and insecure memory or memory without absolute precision, like linguistic memory
• For integrity: unconscious mechanisms of compression, degradation, and reconstruction of information.

The functional analysis of human memory gives rise to explanations on evolutionary genetics about the origin and power of language and other intellectual capacities. It can also provide ideas about neuroscience, cognitive learning theory, and how to improve memory and its limits.

This statistical research on psychology uses the model of the Conditional Evolution of Live –CEL– and the laws of Mendel with data of Wechsler and Stanford-Binet IQ test variables of families –parents, their children–, and twins’ computer-generated artificial IQs.

It performs a sensitivity analysis of the goodness of fit of parameter adjustments of the evolution of intelligence from one generation to the next.

The results of the study have been entirely satisfactory:
• It shows the hereditary nature of IQ measurements
•It seems that the main functions –or those with faster evolution– of human intelligence are relatively concentrated in a single chromosome, possibly the sex chromosome.
• The significant chromosome is the one with the lowest power, in line with CEL previsions.

These facts would imply a teleological or finalist evolution and, consequently, random mutations and natural selection would no longer represent the leading causes of development.

The EDI Study has validated an additional hypothesis on sexual differentiation and intelligence, reinforcing the model's overall coherence.

It studies definitions and common usages of the word intelligence like general intelligence, factor g, intelligence quotients (IQ), multiple intelligences, and human types male and female.

Other essential aspects of this essay are:
• Characteristics of logic, intuition, and language
• Creativity as a set of complex brain functions
• Gifted children and Mendelian genetics
• Influence of heredity and environment, or nature vs. nurture
• Experimental research with twins and families

Lastly, it presents a metaphor as a comparison between concepts and indicators of intelligence and cars, like power, speed, cargo, passengers, safety, autonomy, or the skill of the driver.

Title II deals with the shared characteristics of intelligence and memory.

Other shared aspects discussed are the necessity for physiological support, the complementariness of both functions, and the constant optimization that the systems to due to its complexity and flexibility.

Title III mentions a series of practical implications on evolutionary psychology, neuroscience, education, and the evolution of life.

Other aspects studied are:
• Control systems with dynamic equilibrium.
• Vices of will altering expert systems, such as diseases, drugs, or other internal chemical processes
• Distinction between the concepts of emotions and feelings
• Characteristics and definition of artificial intelligence.

This philosophical perspective allows curious approaches regarding the very concept of existence, in the sense of existing as a human being, as a vital impulse system of more elemental individuals, as the essential impulse of a more global collectivity, or as the previous existences in alternative times.

The book contains the following volumes
• The Brain and Modern Computers
• Intelligence, Intuition, and Creativity
• Memory, Language and other Brain Abilities
• Willpower and Artificial Intelligence

Its understanding of cognition was initially in the book of the Conditional Evolution of Life book. Both essays address the central theme of cognitive functions in the brain, their origin, and their evolution from various perspectives.

The theory also discusses the possible effects on personal psychology and science education.

Chapter II discusses the characteristics of the scientific method, criticizing some parts of its terminology and proposing a simple classification of its types, stages, and steps.

Two new scientific methods and a brief section about the sociology of science, regarding the acceptance of scientific theories, are also included.

A new methodology for analyzing complex systems is in chapter III.

Chapter IV focuses on revising the most relevant historical errors that the scientific method has made and continues making since it uses a philosophy of science adapted to sociological needs, i.e., on evolution and physics.

The Conditional Evolution of Live –CEL– is conceptually closer to vitalism, Lamarckism, and Mendel’s ideas than to the emergentism of Darwin and determinism. The book includes criticism of Creationism, Intelligent Design, Darwin, Neo-Darwinism, and Synthetic theory.

The CEL configures an alternative, scientific, and evolutionary theory. It suggests an internal mechanism of improving living beings that use many systems, methods, or procedures depending on each case and its particular conditions.

The thoughts on evolutionary biology orbit around the objectives and causes of transmitted genetic information and how these changes passe on to descendants.

The CEL explains how and when genes are dominant or recessive; i.e., the significance in genetic expression. It also identifies the main advantages of sexual differentiation and explores the concepts of gene, genome, DNA, and variability.

Besides, it allows a better understanding of the origin of humanity, anthropology, and the recent human historical evolution.

It studies the principles of physics concerning the structure of matter and the relationship between gravity and mass with its material support, constitution, or physical reality.

Among the most prominent aspects of Global Mechanics, we can mention:
• Distance forces or purely mathematical fields have material or physical support; otherwise, it would be pure magic.
• The gravity field is the support of electromagnetic energy.
• The mechanism for creating mass involves the medium support of gravity, gravity field, and electromagnetic energy to create the strong nuclear force. This mechanism is consistent with the models of Liquid Drop and asymptotic freedom in Quantum Chromodynamics (QCD)
• New theory of the atom with an electron concept explaining why they do not fall into the atomic nucleus, the Pauli principle, Young's double-slit experiment, the tunnel effect, the Spin, and what entanglement is.

Global Astrophysics and Cosmology is Volume II of Global Physics, an intuitive interpretation of Quantum Mechanics and General Relativity.

The second volume proposes some thoughtful ideas on present-day enigmas:

• The stars’ nuclear fusion provokes an expansion of the universe –Global Aether, String, gravitons, o space-time if you prefer. Therefore, dark energy is not necessary anymore.
• The expansion pushes the stars to larger orbits, which elucidates their higher speed than a Newtonian orbit and the typical spiral arms of galaxies, making unnecessary dark matter.
• It seems that most of the stars were born in the vicinity of the central black hole or holes, either by direct mass-energy jets or by draining their energy via huge electromagnetic fields with the creation of cosmic dust.
• There is a chapter discussing why constant G is not constant in both Global Physics and General Relativity.
• Reflections on Cosmology suggest the Big Bang Theory would be incorrect because recent measurements of the expansion of the universe make its age equivalent to the observable universe and not its creation.

It develops the Global Mechanics' model about the structure of matter for the relations between mass and movement and its variation or acceleration.

According to the ancient Physics of the Greeks, the natural state of bodies was to be at rest. In Classic Dynamics, Newton’s Laws provided the causes for being at rest and quantifying motion, such as in the free fall of bodies.

The theories of Relativity and Quantum Mechanics have developed Newton's kinematics of movement. They describe motion but not the causes for it, just its mathematical representation.

Einstein’s General Relativity tries to add some causes, such as the geometric effect of the continuum space-time, but it is still a mathematical explanation not illuminating much.

Finally, Global Dynamics explains the physical causes of motion of mass and its medium support the Global Aether –string, gravitons, o space-time if you prefer–, which perfect elasticity is responsible for uniform motion.

It also states the gravitational potential energy is the medium support for electromagnetic energy –somehow similar to this being the medium support of sound at times.

Estudia los principios de la física respecto a la estructura de la materia y la relación entre la gravedad y la masa con su soporte material, constitución o realidad física.

Entre los elementos más destacados de la Mecánica Global podemos citar:
• La masa y la materia ordinaria existen como entidades físicas reales e independientemente de cualquier observador.
•Las fuerzas a distancia o campos puramente matemáticos tienen soporte material o físico; de lo contrario, sería pura magía.
• El campo de gravedad es el soporte de la energía electromagnética.
• El mecanismo de creación de la masa implica al soporte de la gravedad, la propia gravedad y la energía electromagnética para crear la fuerza nuclear fuerte. Este mecanismo es consistente con los modelos de Gota Líquida y de la libertad asintótica en la cromodinámica cuántica (QCD)
• La nueva teoría del átomo con un concepto de electrón que explicar por qué no caen en el núcleo atómico, el principio de Pauli, el experimento de la doble rendija de Young, el efecto túnel, el Spin y qué es el entrelazamiento.
• El modelo del Átomo Global incluy una configuración electrónica compatible con los enlaces químicos moleculares.

El hecho de que la luz se desvíe en un campo gravitacional exactamente el doble que la masa indica que debe existir alguna relación especial entre las causas de ambas desviaciones.

Mientras que la Teoría de la Relatividad utiliza sus tensores para alterar el espacio-tiempo y equilibrar las órbitas planetarias, la Física Global encuentra una fuerza adicional o segundo componente de la atractis causa, ajustada por la energía cinética, para explicar la realidad física sin alterarla.

El segundo componente de la fuerza de gravedad se refiere a la energía, no solo a la electromagnética sino también a otras, como la cinética.

La Ley de Gravedad Global merece una mención especial por proporcionar una explicación simple e intuitiva de las decisivas "predicciones" de la Relatividad General empleando un pequeño ajuste a la Ley de Gravedad de Newton.

El más impresionante es la precesión anómala del perihelio de Mercurio. La desviación se debe al exceso de fuerza de gravedad con respecto a la ley de Newton. Este exceso proviene de la masa equivalente de la energía cinética, que se integra en Mercurio y recibe el doble de atracción.

Además, el libro también incluye el experimento GigaChron, G * g = c² * h * R * n, donde n = 1