Field Physics or How the World Is Built

Argumento de Field Physics or How the World Is Built

Field Physics is the next generation physics. Modern science mostly describes the nature of events without looking at the reasons why they happen, i.e. it answers the question how rather than why.

For the first time, within the scope of Field Physics, we can look beyond the modern paradigm and understand the reasons why objects have the physical properties of mass and electrical charge; we can discover the internal mechanisms that are at work in field interactions as well as understand how the properties of physical objects can be influenced.

Field Physics is a book unlike any other before it and will probably give birth to a new genre of scientific literature. It is a profound study, rich in formulas, calculations and facts that reflect both the nature of physical events and our interpretation of the world at large. The book creates a synthesis between physics and philosophy.

Field Physics is a new paradigm and can't be summed up in just a few words. It inspires readers to take a journey of their own and, as a reward, experience the excitement of comprehending what has always been regarded as incomprehensible. The book is written for scientists and physicists, however, the simple language and lively style make it a compelling reading for everybody who is hungry for a new look at old things, be it a student, intern or anybody who has basic knowledge in physics.0 The essence of Field Physics
The prologue or virtual reality of physical world
Chapter I. The nature of mass and inertia
1.1. A curious analogy or wonders still might be met
1.2. Brainstorm or the first lyric digression
1.3. Preferable reference frames or the inertia vice versa
1.4. The nature of field mass or the dynamical inertness
1.5. Field mass: the wonders are going on
1.6. How the impossible could be committed or derivation of electrodynamics from mechanics
1.7. Inertial forces and the Lorentz force
1.8. The Coriolis force or the magnetic force
1.9. Ordinary inertial forces or the vortex electric field
1.10. Centrifugal force or the cause of relativistic corrections
1.11. Neglected inertial forces or relativistic corrections once again
1.12. Mechanics, electrodynamics and relativity
1.13. The nature of the classical mass or long live the revolution!
Chapter II. Field medium and the nature of charges
2.1. Mathematical and physical fields
2.2. Field medium.
2.3. Field interaction
2.4. Classical behaviour or the field-shell approximation
2.5. The field motion or the continuity principle for field medium
2.6. The short-range action principle or wave perturbations in the field medium
2.7. Field medium dynamics or Maxwell's equations
2.8. In search for magnetic charges
2.9. The nature of electric charge
2.10. Gravitational field or why the perihelion is shifting
2.11. How the absolute motion can be detected or the Galilean relativity principle
2.12. Gravitational charges: the second birth
2.13. Quantum behaviour or unified field medium
2.14. Mechanisms of quantum effects and the corpuscular-wave dualism
2.15. The origin of uncertainty, and the instability
2.16. Subtle boundary or the superposition principle
2.17. Matter, fields and processes
2.18. Elementary particle physics
Chapter III. Field mechanics: classical motion
3.1. Field mechanics
3.2. The turbulence problem or the third principle of field medium dynamics
3.3. Field equation of motion
3.4. Charges, masses and forces
3.5. Field strength, potential and the scientific way of thinking
3.6. Classical motion or passive inertness
3.7. Absolute and relative motion
3.8. The equivalence principle
3.9. If experiment is a truth criterion or some words about Occam's razor
3.10. How the Galaxy can be \"weighted\"
3.11. Dynamical inertia and Mach's principle
3.12. Electromagnetic mass
3.13. Gravitational red shift and time dilation
3.14. Nature of fluctuations
3.15. \"Wonders in a sieve\" or signs of the Zodiac
3.16. Field physics and classical mechanics
Chapter IV. Field mechanics: relativistic motion
4.1. Variable addition to mass or relativistic motion
4.2. Relativistic mechanics
4.3. First- and second-kind inertial forces
4.4. Inertial forces and relativistic corrections
4.5. What is the reason for a limiting velocity of particle motion
4.6. Energy in field physics
4.7. An illusion of the Lorentz contraction
4.8. Relation between energy and momentum.
4.9. What is the rest mass or how \"heavy\" particles arise
4.10. Is really the equality E = mc² true?
4.11. Mass defect, hidden mass or why 2 X 2 is not equal to 4
4.12. Rotation and angular momentum
4.13. Interaction of arbitrary moving charges
4.14. The Lorentz field force
4.15. Experimental method and mathematical formalism: one more history lesson
4.16. Relativistic corrections and velocity composition
4.17. The relativity principle or a failure of inertial reference frames
4.18. Field physics, ether and special relativity
Appendix. List of the main physical quantities and designations being used in the book