SCIENCE and TECHNOLOGY XXI: New Physical Science XXI

SCIENCE and TECHNOLOGY XXISCIENCE and TECHNOLOGY XXI
New Physical Science XXI:New Physical Science XXI:
Physics 1.0 Physics 2.0 Physics 3.0 … Physics X.0Physics 1.0 Physics 2.0 Physics 3.0 … Physics X.0
THE FIRST PRINCIPLES IN NATURE:
FORCE-INTERACTIONS, SUPER SYMMETRY FORCE, OR PROTO FORCE
CONVERTIBILITY OF FORCES
CONSERVATION OF FORCES
REVERSIBILITY OF FORCES
UNITY OF FORCES, QUANTUM GRAVITY
DARK ENERGY UNIVERSE
All Existence is Relative, All Nature is Reversible, All Forces are coming from one Proto ForceAll Existence is Relative, All Nature is Reversible, All Forces are coming from one Proto Force
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Azamat Abdoullaev, PhD
EIS Encyclopedic Intelligent Systems (Europe, Russia)
EU, RF, 2016EU, RF, 2016

Physical sciences: Astronomy,
Chemistry, Earth science, Physics
• Physical science is traditionally defined as the natural science doing the systematic study of the inorganic world, as being completed
with the life science of biology doing the systematic study of the organic world.
• Its subject is treating of the general properties of matter as a whole, its composition and structure, properties and states, energy and
force-relations to formulate the first laws of behavior of the universe and nature, as divided among four interrelated branches:
astronomy, physics, chemistry and the Earth science.
• Astronomy, including astrophysics and cosmology, studies the entire universe beyond the Earth, including the universe’s structure
and evolution, its cosmic objects (as stars, galaxies, planets, moons, asteroids, comets and nebulae) and their physical processes (as
supernovae explosions, gamma ray bursts, and cosmic microwave background radiation, etc.), and how the Earth relates to
interactions with the solar system.
• Chemistry treats of the structure, composition and properties of substances and all possible changes, transformations or reactions they
undergo, being about the properties and reactions of molecules. It is about the interactions of substances through chemical reactions to
form different substances, including analytical chemistry, inorganic chemistry, organic chemistry, biochemistry, polymer chemistry,
physical chemistry, and industrial chemistry.
• Earth science is dealing with planet Earth, how the natural environment (ecosphere of geosphere and biosphere or Earth ecosystem)
works and evolves, including the study of the atmosphere, hydrosphere, lithosphere, and biosphere, involving atmospheric science and
environmental science, geology and geography, geoinformatics, glaciology, oceanography and soil science.
• Physics deals with the structure of the matter and the interactions of the fundamental constituents of the universe.
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The Natural Science of Physics
• The core of physical science, physics, is one of ancient studies,
commencing with Aristotle’s Rational Physics, transformed to
Natural Philosophy, and through Modern Physics, to New
Physics of the 21st
century, aiming at the Theory of Everything.
• New Physics deals with the structure of the matter and nature of
force and the interactions of the fundamental constituents of the
universe, including all the hypothetical constructs like as “dark
energy”.
• It is the science that treats of matter and energy, forces and
interactions and their regularities and laws governing the
reciprocal interplay while being tested and proved by analysis and
observation, control and measurement.
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Modern physics: Force and Energy,
Reversibility and Convertibility
• Physical science, including its basic science of physics, has been evolving
without any single strategy since its revolutionary formation as modern
natural science.
• Modern physics was founded as a synthesis of separate sciences: mechanics,
optics, acoustics, electricity, magnetism, heat and studies of matter and its
properties.
• The whole idea of the modern physics consisted in the intuitive
understanding that different forces of nature and forms of energy are
INTERRELATED and INTERCONVERTIBLE.
• But these universal phenomena have never been expressly formulated
as the basic laws of nature, as underlying guiding strategic principles.
• Azamat Sh. Abdoullaev, Physics and Technology of the 21st Century, New Physica; EIS;
EU, Russia, 2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-2-9
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Theoretical physics revisitedTheoretical physics revisited• Theoretical physicsTheoretical physics is a main branch of physics that employsis a main branch of physics that employs ontological principlesontological principles, mathematical, mathematical
models and abstractions of physical entities, as objects, processes and systems, to rationalize, explainmodels and abstractions of physical entities, as objects, processes and systems, to rationalize, explain
and predict natural phenomena, its forces, laws, interactions and effects.and predict natural phenomena, its forces, laws, interactions and effects.
• Most predictions, as a Schwarzschild wormhole or Higgs bosons, made through ontology,Most predictions, as a Schwarzschild wormhole or Higgs bosons, made through ontology,
mathematical models and scientific theory have never been observed.mathematical models and scientific theory have never been observed.
• Experimental physics uses experimental tools to probe the predicted physical phenomena and effects.
• Onto-theoretical physics attempts to unify fundamental forces and theories and explain naturalOnto-theoretical physics attempts to unify fundamental forces and theories and explain natural
phenomena in terms of forces to understand Nature or the Universe, from the cosmological to thephenomena in terms of forces to understand Nature or the Universe, from the cosmological to the
elementary particle scales.elementary particle scales.
• Ontological axioms and principles, as well as symmetry in physics, invariance, and conservation laws,
are fundamental constraints for formulating physical theories and models.
• Physical theories can be grouped into three categories: mainstream theories, proposed theories and
fringe theories.
• Relationship between Ontology, Mathematics and Physics.Relationship between Ontology, Mathematics and Physics.
• Cf. https://en.wikipedia.org/wiki/Theoretical_physicsCf. https://en.wikipedia.org/wiki/Theoretical_physics
• http://www.igi-global.com/book/reality-universal-ontology-knowledge-systems/859
NEW PHYSICS XXI 2016-2017 All Rights Reserved

Physical Theories of Reversibility of NaturePhysical Theories of Reversibility of Nature
• Mainstream theoriesMainstream theories
• Black hole thermodynamics
• Classical mechanics
• Condensed matter physics (including solid state physics and the
electronic structure of materials)
• Conservation of energy
• Dark Energy
• Dark matter
• Dynamics
• Electromagnetism
• Field theory
• Fluid dynamics
• General relativity
• Particle physics
• Physical cosmology
• Quantum chromodynamics
• Quantum computers
• Quantum electrochemistry
• Quantum electrodynamics
• Quantum field theory
• Quantum information theory
• Quantum mechanics
• Quantum Gravity
• Solid mechanics
• Special relativity
• Standard Model
• Statistical mechanics
• Thermodynamics
• Proposed theoriesProposed theories
• Causal Sets
• Dark energy or Einstein's Cosmological Constant
• Einstein–Rosen Bridge
• Emergence
• Grand unification theory
• Loop quantum gravity
• M-theory
• Scale relativity
• String theory
• Supersymmetry
• Theory of everything
• Unparticle physics
• Fringe theories
• Electrogravitics
• Tesla's dynamic theory of gravity
• Luminiferous aether
• Orgone
• Protoscience
• Pseudoscience
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Modern Physics: Its Key Subjects and
Principles
• Physics includes the subjects of gravitation, mechanics and sound, particles and atoms, thermodynamics and heat,
electricity and magnetism, light and electromagnetic radiation. Its main task is the nature, origin, actions and
interactions of force-fields, gravitational, electromagnetic and nuclear.
• In all, physics viewed as natural science doing the general analysis of nature to understand how the universe behaves,
while being moved in the force fields, relying on a few simple laws and principles of nature and the universe.
• Its fundamental principles, causes and theories are unity and diversity, reversibility and convertibility, regularity and
order, symmetry and conservation, change and motion, space and time, mass and energy, fields and forces, as well as
thermodynamics, quantum theory, field theory, relativity and nonlinear dynamic systems theory.
• The fundamental axioms and postulates of physics is that all is interrelated and interacted in the physical universe,
space, time, mass, energy and force, as well as the basic principles and laws, as reversibility and convertibility,
symmetry and conservation. The same symmetry properties of a physical system are mutually related to its
conservation laws. And each conserved quantity (of energy or momentum) has a corresponding symmetry, or
invariance and uniformity (as time reversal or space inversion), all generally specified by symmetry groups, as Lie
and finite groups, the foundation for the fundamental theories of modern physics.
• Most of modern theoretical physics is about the types of symmetries of the Universe and finding the invariants (under
all the symmetries) to construct field theories as its general models, like as the Standard model of CPT symmetry. It
is to describe forces between particles predicting that exchanged particles called gauge bosons are the fundamental
means by which forces are emitted and absorbed.
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The State of Affairs: What Is Lacking in the
Leading Science of Nature
• Physical Science: the Scope and Scale
• Physical science is the leading empirical science being simple in its principles but
universal in the scale and scope of the application.
• Regardless of increasing numbers of experiments and observations, discoveries and
divisions, effects and their applications, a small number of universal laws are operating all
the acts of the universe, and the same principles regulate the most complex processes and
effects of all natural forces.
• It is recognized that all physical sciences have three common characteristics while
studying the world of changing things, as matter in motion, energy in conversion, forces
in action, and processes in effects:
• 1. experimentation and observation and scientific method to study, demonstrate and
discover,
• 2. applying mathematics and strict symbolical formalism to formulate hypotheses,
empirical laws, generalizations and their consequences,
• 3. putting all the phenomena of nature and actions of universe under the fewest number of
primary principles and basic laws of nature in the simplest mathematical statements,
logical formulations and consistent theories.

New Physics:New Physics: From Forces and Force-From Forces and Force-
Fields to One Force-InteractionFields to One Force-Interaction
• In modern physics, all of the forces in the universe are based on four fundamental interactions: the strong and weak
forces as nuclear forces acting at very short distances, and responsible for the interactions between subatomic particles;
the electromagnetic force acting between electric charges, and the gravitational force acting between masses, as the
Earth-body system.
• The final cause of natural science of physics is, in the most general way, to formulate a system of comprehensive
principles uniting and explaining all physical phenomena, physical causes and forces, mechanical, gravitational,
thermal, electromagnetic, and nuclear forces, weak and strong.
• All of the forces in the universe are tended to be interrelated and united as a single super symmetrical force or supra
power, one proto force. The weak and electromagnetic forces are now expressions of a more fundamental electroweak
interaction.
• A Grand Unified Theory relates the electroweak interaction with the strong force. And four main force-interactions,
strong, electromagnetic, weak, and gravitational, would combine into a theory of everything, as a string theory.
• That might implies that all the fundamental force-interactions might come out as different manifestations of the
prime natural force, super symmetry Force, or Proto Force, the prime mover, the first cause of all changes in the
universe, including the original event of the Big Bang, the singularity referring to the early hot, dense state considered
the "birth" of the universe.
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Great Schema of ForcesGreat Schema of Forces
• Prime Force (ToE)::Prime Force (ToE)::
• Quantum Gravity Forces (Space Curvature, Standard Model ofQuantum Gravity Forces (Space Curvature, Standard Model of
Cosmology; Electronuclear Force (GUT, Standard Model of ParticleCosmology; Electronuclear Force (GUT, Standard Model of Particle
Physics)::Physics)::
• Strong Interaction (SU (3); Electroweak Interaction (SU(2) x U(1))::Strong Interaction (SU (3); Electroweak Interaction (SU(2) x U(1))::
• Weak Interaction and Electromagnetism U(1em)::Weak Interaction and Electromagnetism U(1em)::
• Magnetism and Electricity::Magnetism and Electricity::
• Non-Fundamental Forces (nonconservative forces, contact forces,Non-Fundamental Forces (nonconservative forces, contact forces,
normal repulsive force, cohesion and adhesion, elasticity, viscosity,normal repulsive force, cohesion and adhesion, elasticity, viscosity,
drag, friction, pressure, compression, tension forces, torques, fictitiousdrag, friction, pressure, compression, tension forces, torques, fictitious
forces, centrifugal force and the Coriolis force, etc.)forces, centrifugal force and the Coriolis force, etc.)
• Read “SCIENCE AND TECHNOLOGY XXI: Physics X.0 & Technology X.0” toRead “SCIENCE AND TECHNOLOGY XXI: Physics X.0 & Technology X.0” to
completely change your standard conception of PHYSICAL REALITYcompletely change your standard conception of PHYSICAL REALITY
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What’s Necessary for the Physical
Science of the 21 Century• Our 40 years long research in theoretical physics, mathematics of relationships and formal ontology has been leading
to the necessity of formulation of the new integrative concepts of physical science of the 21st
century: Force-Interaction,
or Force-Interrelationship, and its Principle of Reversibility and Convertibility Laws, as being among the most basic
principles and fundamental laws in nature.
• That also reflects the general fact that we live in the dynamic universe of force-interactions defining all ensuing
regularities in the order of physical entities and processes, as symmetries and conservation laws (Abdoullaev A.,
Reality, Universal Ontology and Knowledge Systems: Toward the Intelligent World, IGI Global, USA, 2008).
• The enormous theoretical value and practical utility of them as the basic laws of physics and physical sciences are
proved by the reverse force-relationships, reversible actions, of all natural effects and physical processes, of all
interacting physical forces and fields.
• As a consequence, each real physical process must have its inverse counterpart, as there are magneto-optical processes
and there converse, opto-magnetic processes, otherwise their nature, law and description should be properly reviewed.
• As another consequence, each real direct physical effect when properly defined must have its inverse counterpart, as
the Faraday effect relating magnetism and optics has the inverse Faraday effect, otherwise its nature, law and
description need a deeper study and should be properly reviewed.
• Currently, there may be about 10000 physical effects specified by a multitude of physical materials, systems, or force
fields, of which the most part happens to be represented by only one-side effects.
• https://en.wikipedia.org/wiki/List_of_effectshttps://en.wikipedia.org/wiki/List_of_effects

Mathematics of Force-Relations:
Reversibility and Convertibility
• Mathematics as the study of quantitative relationships and its branches, as analysis and abstract algebra of abstract
structures, is the critical tool in the natural science of modern physics.
• Specially, theoretical physics has made many successful achievements due to functional analysis, linear algebra,
groups, fields and rings, while lattice theory, relation algebras and categories got the least application.
• The language of relations, categories and functors looks the best mathematical instruments for a formal description of
interactions of physical phenomena in terms of cause-effect interrelationships described as force-relations and defined
as the productive interrelationships of force, energy or power, represented by varying quantities of physical changes.
For the interactive forces of relations are the interrelationships among specific kinds of entity variables, neither object
variables nor state variables, but change variables, presented in the material world as physical forces involving
changes in quantity (state) variables.
• Because of its nature, the most full formal description of natural forcible relations exchanging forces, power and
energy can be given in terms of ordered sets, functions, and categories instead of the group-like concepts for
symmetrical transformations of physical systems and processes and fundamental force-interactions.
• The physical science stands in need of a universal principle of nature to be accountable for the interconnection and
convertibility of all physical phenomena, as inverse physical effects, for all nonlinear phenomena and complex
dynamic systems, like as the formulated concept of the Force-Interrelationship, the Principle of Reversibility and
Convertibility of physical phenomena, standard or quantized.
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What is the Proto Force?What is the Proto Force?
• The Faraday’s intuitive belief in the unity of the forces of nature, or that all the forces of nature are butThe Faraday’s intuitive belief in the unity of the forces of nature, or that all the forces of nature are but
manifestations of a single universal force and must be convertible one into another made possible the classicalmanifestations of a single universal force and must be convertible one into another made possible the classical
electromagnetic field theory, the foundation of modern physics.electromagnetic field theory, the foundation of modern physics.
• In modern physics, all of the forces in the universe are based on four fundamental interactions: the strong and weakIn modern physics, all of the forces in the universe are based on four fundamental interactions: the strong and weak
forces as nuclear forces acting at very short distances and responsible for the interactions between subatomic particles;forces as nuclear forces acting at very short distances and responsible for the interactions between subatomic particles;
the electromagnetic force acting between electric charges, and the gravitational force acting between masses, as thethe electromagnetic force acting between electric charges, and the gravitational force acting between masses, as the
Earth-body system.Earth-body system.
• In new physics, all of the forces in the universe are tended to be interrelated and united as a single super symmetricalIn new physics, all of the forces in the universe are tended to be interrelated and united as a single super symmetrical
force or supra power, one proto force.force or supra power, one proto force.
• The weak and electromagnetic forces are already manifestations or expressions of a more fundamental electroweakThe weak and electromagnetic forces are already manifestations or expressions of a more fundamental electroweak
interaction. A Grand Unified Theory relates the electroweak interaction with the strong force of QCD. And fourinteraction. A Grand Unified Theory relates the electroweak interaction with the strong force of QCD. And four
main force-interactions, strong, electromagnetic, weak, and gravitational, would combine into the proto force, themain force-interactions, strong, electromagnetic, weak, and gravitational, would combine into the proto force, the
Faraday’s one universal force in a theory of everything, like as a string theory.Faraday’s one universal force in a theory of everything, like as a string theory.
• That might implies that all the fundamental force-interactions might come out as different manifestations of theThat might implies that all the fundamental force-interactions might come out as different manifestations of the
prime natural force, the prime mover, the first cause of all changes in the universe, including the original event of theprime natural force, the prime mover, the first cause of all changes in the universe, including the original event of the
Big Bang, the singularity referring to the early hot, dense state considered the "birth" of the universe.Big Bang, the singularity referring to the early hot, dense state considered the "birth" of the universe.
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What is the Force in Modern Physics?What is the Force in Modern Physics?
• In modern physics, force is commonly explained in terms of Newton’s three laws of motion set forth in the PrincipiaIn modern physics, force is commonly explained in terms of Newton’s three laws of motion set forth in the Principia
Mathematica (1687), as any action that maintains or alters the position of a body.Mathematica (1687), as any action that maintains or alters the position of a body.
• In modern physics, a force is any interaction that, when unopposed, will change the motion of an object. A force canIn modern physics, a force is any interaction that, when unopposed, will change the motion of an object. A force can
cause an object with mass to change its velocity (moving from a state of rest), to increase or decrease.cause an object with mass to change its velocity (moving from a state of rest), to increase or decrease.
• It has both magnitude and direction, making it a vector quantity, and represented graphically as a directed lineIt has both magnitude and direction, making it a vector quantity, and represented graphically as a directed line
segment. It is measured in the SI unit of newtons, calculated by the formula F=ma, and represented by the symbol F.segment. It is measured in the SI unit of newtons, calculated by the formula F=ma, and represented by the symbol F.
• The original form of Newton's second law states that the net force acting upon an object is equal to the rate at which itsThe original form of Newton's second law states that the net force acting upon an object is equal to the rate at which its
momentum changes with time. If the mass of the object is constant, this law implies that the acceleration of an object ismomentum changes with time. If the mass of the object is constant, this law implies that the acceleration of an object is
directly proportional to the net force acting on the object, is in the direction of the net force, and is inverselydirectly proportional to the net force acting on the object, is in the direction of the net force, and is inversely
proportional to the mass of the objectproportional to the mass of the object
• Related concepts to force include: thrust, which increases the velocity of an object; drag, which decreases the velocity ofRelated concepts to force include: thrust, which increases the velocity of an object; drag, which decreases the velocity of
an object; and torque, which produces changes in rotational speed of an object.an object; and torque, which produces changes in rotational speed of an object.
• In an extended body, each part usually applies forces on the adjacent parts; the distribution of such forces through theIn an extended body, each part usually applies forces on the adjacent parts; the distribution of such forces through the
body is the mechanical stress. Pressure is a simple type of stress. Stress usually causes deformation of solid materials, orbody is the mechanical stress. Pressure is a simple type of stress. Stress usually causes deformation of solid materials, or
flow in fluids.flow in fluids.
• Force can also be described by intuitive concepts such as a push or a pull.Force can also be described by intuitive concepts such as a push or a pull.
• There are force-points, lines of force, force fields, as electric, magnetic, nuclear or gravitational, and force-interactions:There are force-points, lines of force, force fields, as electric, magnetic, nuclear or gravitational, and force-interactions:
strong, electromagnetic, weak, and gravitational, as well as conservative and non-conservative forces.strong, electromagnetic, weak, and gravitational, as well as conservative and non-conservative forces.
• High-energy particle physics confirmed that the weak and electromagnetic forces are expressions of a moreHigh-energy particle physics confirmed that the weak and electromagnetic forces are expressions of a more
fundamental electroweak interaction.fundamental electroweak interaction.
• The Standard Model predicts that exchanged particles called gauge bosons are the fundamental means by which forcesThe Standard Model predicts that exchanged particles called gauge bosons are the fundamental means by which forces
are emitted and absorbed.are emitted and absorbed.
• See Wikiarticle ForceSee Wikiarticle Force
• IN ALL, FORCE SHOULD BE THE KEY ENTITY IN PHYSICAL SCIENCE.IN ALL, FORCE SHOULD BE THE KEY ENTITY IN PHYSICAL SCIENCE.
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New Physics: Revisiting analytic approachesNew Physics: Revisiting analytic approaches
• Modern physics is mostly mathematical physics deduced from Newton’s laws, interrelating netModern physics is mostly mathematical physics deduced from Newton’s laws, interrelating net
force, momentum, velocity, displacement and time:force, momentum, velocity, displacement and time:
• FF = d= dpp/dt; d/dt; drr/dt =/dt = pp/m/m
• It is tending to exclude forces by introducing analytic approaches involving no New Physics, butIt is tending to exclude forces by introducing analytic approaches involving no New Physics, but
new concepts, new language and mathematical techniques, such as:new concepts, new language and mathematical techniques, such as:
• Configuration Space, 3N dimensional hyperspace, the constraints of problems, generalized dynamic variablesConfiguration Space, 3N dimensional hyperspace, the constraints of problems, generalized dynamic variables
• The Principle of Virtual Work, the calculus of variations, systems in equilibrium, all forces are balancedThe Principle of Virtual Work, the calculus of variations, systems in equilibrium, all forces are balanced
• Lagrange’s Equations, L = T - V, generalized coordinates and generalized velocities, 6N dynamic variablesLagrange’s Equations, L = T - V, generalized coordinates and generalized velocities, 6N dynamic variables
• Hamilton’s Equation, H = T + E, the total energy of the system, classical and quantum, generalized momentumHamilton’s Equation, H = T + E, the total energy of the system, classical and quantum, generalized momentum
and velocity, describes the constraints of problems as independent in time, isotropic or homogenous in space, toand velocity, describes the constraints of problems as independent in time, isotropic or homogenous in space, to
produce the conservation laws for energy, momentum and angular momentum.produce the conservation laws for energy, momentum and angular momentum.
• New Physica formulates the conservation law of force as the base for the conservation laws forNew Physica formulates the conservation law of force as the base for the conservation laws for
mass, energy, momentum and angular momentum.mass, energy, momentum and angular momentum.
• Total Force of the Universe is always Balanced and Equal ZeroTotal Force of the Universe is always Balanced and Equal Zero
• F1 + F2 + F3 +… + Fn = 0
• Most important principles in all physica, the conservation laws of momentum and angular
momentum, come from the conservation of force: eg, total angular momentum is conserved, or
constant, if there is no net torque, ∑r x F, the total twisting force is equal to zero.
• Total Force of the Universe is always Conserved, Symmetrical and Equal Zero
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Conservation of Force:Conservation of Force: Basic Law of New PhysicsBasic Law of New Physics
• The concept of force is the basic construct of New Physica.The concept of force is the basic construct of New Physica.
• It generalizes Newton’s three laws of motion, specifically, the principle of action and reaction as the universalIt generalizes Newton’s three laws of motion, specifically, the principle of action and reaction as the universal
principle of reversibility.principle of reversibility.
• New Physica formulates the conservation law of force as the base for the conservation laws for mass, energy,New Physica formulates the conservation law of force as the base for the conservation laws for mass, energy,
momentum and angular momentum.momentum and angular momentum.
• Conservation law states: basic physical quantities of an isolated physical system does not change with time, which areConservation law states: basic physical quantities of an isolated physical system does not change with time, which are
force, mass, energy, momentum, or electric charge, barion number, lepton number, etc.force, mass, energy, momentum, or electric charge, barion number, lepton number, etc.
• Conservation of Force: Interaction is neither created nor destroyedConservation of Force: Interaction is neither created nor destroyed
• Conservation of Mass: Matter is neither created nor destroyedConservation of Mass: Matter is neither created nor destroyed
• Conservation of Energy: Energy is neither created no destroyedConservation of Energy: Energy is neither created no destroyed
• Conservation of Momentum: Motion, its momentum and angular momentum, is neither created nor destroyedConservation of Momentum: Motion, its momentum and angular momentum, is neither created nor destroyed
• Total Force of the Universe is always Conserved and Equal ZeroTotal Force of the Universe is always Conserved and Equal Zero
• Total Momentum of the Universe is always ConservedTotal Momentum of the Universe is always Conserved
• Total Angular Momentum of the Universe is always ConservedTotal Angular Momentum of the Universe is always Conserved
• Total Mass-Energy of the Universe is always Conserved, etc.Total Mass-Energy of the Universe is always Conserved, etc.

New Physics:New Physics: Newton’s Law of Motion and EquilibriumNewton’s Law of Motion and Equilibrium
I.I. Every body continues in the state of rest or of uniform motion in a straight line, unless it is compelled to change that state by forcesEvery body continues in the state of rest or of uniform motion in a straight line, unless it is compelled to change that state by forces
impressed upon it (the principle of inertia)impressed upon it (the principle of inertia)
II.II. The change of motion of an object is proportional to the force impressed and is made in the direction of a straight line in which theThe change of motion of an object is proportional to the force impressed and is made in the direction of a straight line in which the
force is impressedforce is impressed
III.III. To every action there is always opposed an equal reaction: or, the mutual action of two bodies upon each other are always equalTo every action there is always opposed an equal reaction: or, the mutual action of two bodies upon each other are always equal
and directed to contrary parts (when two bodies interact, there is an action and reaction couple of equal and opposite forces, eachand directed to contrary parts (when two bodies interact, there is an action and reaction couple of equal and opposite forces, each
acting on a different body, for action and reaction forces never act on the same body. Third law applies whether the bodies are atacting on a different body, for action and reaction forces never act on the same body. Third law applies whether the bodies are at
rest, in uniform motion, or in accelerated motion, regardless the nature of interaction).rest, in uniform motion, or in accelerated motion, regardless the nature of interaction).
• These laws may be generalized, regardless of the complexity of a system, the motions of its parts, or the natureThese laws may be generalized, regardless of the complexity of a system, the motions of its parts, or the nature
of the forces between the parts (all interactions between physical entities, acting by way of force of any kindof the forces between the parts (all interactions between physical entities, acting by way of force of any kind
and sort, strong, weak, electromagnetic, gravitational, conservative and non-conservative forces, are covered).and sort, strong, weak, electromagnetic, gravitational, conservative and non-conservative forces, are covered).
I.I. No force, no change; as no change, no force (objects at rest or moving at a constant velocity have the vectorNo force, no change; as no change, no force (objects at rest or moving at a constant velocity have the vector
sum of all forces acting on them as zero, static equilibrium or dynamic equilibrium, respectively)sum of all forces acting on them as zero, static equilibrium or dynamic equilibrium, respectively)
II.II. Net force causes the change of motionNet force causes the change of motion
III.III. Total force of all physical interactions is vanishing. Or, the total force of the universe is equal to the zero-Total force of all physical interactions is vanishing. Or, the total force of the universe is equal to the zero-
vector or null-tensorvector or null-tensor
IV. F1 + F2 + F3 +… + Fn = 0
V. ∑(∑Fij) =0
VI. Fij = -Fij
VII.VII. There is a system of N bodies, the stars in galaxy or the atoms in a rigid body, where Fi is the net force, Fij isThere is a system of N bodies, the stars in galaxy or the atoms in a rigid body, where Fi is the net force, Fij is
the force on body i due to body j, and which mass center is found by the displacement vector R from thethe force on body i due to body j, and which mass center is found by the displacement vector R from the
origin to the centre of mass of the N-body system: MR =origin to the centre of mass of the N-body system: MR = ∑miri
VIII. https://www.slideshare.net/ashabook/nobel-prizes-reversibility-principle-mathematics-of-nature

Universal Force: the Zero Force –Energy–Universal Force: the Zero Force –Energy–
Momentum TensorMomentum Tensor
• Total force of all physical interactions isTotal force of all physical interactions is
vanishing.vanishing.
• The total force of the universe is equal toThe total force of the universe is equal to
the zero-vector or null-tensor,the zero-vector or null-tensor, Tij
of order
two, symmetric and conservedsymmetric and conserved
• ∑∑(∑Fij) =0; Fij = -Fij(∑Fij) =0; Fij = -Fij
• It includes the stress–energy tensor, stress–It includes the stress–energy tensor, stress–
energy–momentum tensor or energy–energy–momentum tensor or energy–
momentum tensor, describing the densitymomentum tensor, describing the density
and flux of energy and momentum inand flux of energy and momentum in
spacetimespacetime
• Gravitational stress–energyGravitational stress–energy
• The stress tensor of Newtonian physicsThe stress tensor of Newtonian physics
• Electromagnetic stress–energy tensorElectromagnetic stress–energy tensor
• Contravariant components of the stress-Contravariant components of the stress-
energy tensor >>>energy tensor >>>
www.slideshare.net/ashabook/nobel-prizes-reversibility-principle-mathematics-of-naturewww.slideshare.net/ashabook/nobel-prizes-reversibility-principle-mathematics-of-nature
Reserved

How Modern Physics
Reversibility Lost
• The reason why the Reversibility Principle of the Physical Universe has been missing as the fundamental law of
nature is the matter of scientific methodology: how we see and formalize the cause-effect relationship, the most
important concept in empirical sciences.
• It is often overstated that “the great conceptual revolutions of modern natural science of physics” consisted in
displacing the “causal interactions of physical entities” with the “functional relationships of variables””.
• Here is a standard approach typified by Nobel Prize laureate Herbert A. Simon claiming the asymmetry of a
causal relation, that a strict ordering is its key feature, that it is an asymmetrical relation between variables or their
values, a function of one variable (the cause) on to another (the effect).
• And that, given a system of equations and a set of variables appearing in these equations, one can introduce a series
of asymmetric relations among individual equations and variables following such a partial notion of a causal
ordering of physical processes.
• In physical sciences, theoretical causality is viewed as a lawful relationship of general changes to matter and energy
occurring to different objects in different places at different times, involving fundamental processes and physical effects,
where the input variables function as causes and the output variables as effects.
• On the other side, physical causation, the working causality, will be the actual productive connections among distinct
change-occurrences happening to a specific object (or a system of objects) at a unique spatiotemporal location.
• This level applies to so-called “singular causation”, deterministic or probabilistic, as a temporally ordered
asymmetrical and irrefexive relation of individual events, still acting in forward or backward directions.

Reversibility and Convertibility as
the Engine of the Physical World
• There is the thermodynamic reversibility of the way of behavior and the universal natural
reversibility of the order of actions of force-relationships of energy and power.
• To sum up, any physical phenomena has a reversed process, any physical effect has a
converse, the reciprocal, reverse, inverse, opposite effect, where the change-cause and the
change-effect are turned about in order of interactive relationship.
• The reversibility principle is universal in its scope and scale, applying to the dynamics of
the whole universe as well.
• That means if there is "the accelerating expansion of the Universe”, so there must be (or
going to be) a cosmic retrogression, or the universe’s retroaction: "the accelerating
compression of the Universe”.
• If the entropic regression from order to disorder is about chaotic disruptions of structure
and organization of the universe, then its inverse, the entropic progression from disorder
to order is about creative disruptions of structure and organization of the universe.
Reserved

Reversing All Processes and
Converting All Effects
• It is the universality of the reversibility of physical processes and convertibility of natural forces and thence their
inherent unity inspired Faraday, Maxwell and Einstein to seek unification of all the physical processes by a single
set of physical laws.
• It is the universality and completeness and reversibility of scientific laws enabled all the variety of modern
technological applications.
• It is the universality and completeness and reversibility of the conservation principles, like the energy conservation
and transformation laws, enabled all kinds and manner of productive applications like energy-conversion systems,
from chemical batteries to thermonuclear fusion reactors.
• It is the reversibility principle and its correlative of the conservation law of energy determines all the energy changes
from one form to another: nuclear, radiant, mass, gravitational, kinetic, thermal, elastic, electrical, and chemical.
• Again, it is the reversibility principle and its correlative of the conservation law is enabling the relativity theory, the
principle of interdependence of matter, energy, space and time, as mathematically formulated by Einstein.
• Currently, there may be about 10000 physical effects specified by a multitude of physical materials, systems, or force
fields, of which the most part happens to represent only one-side effects.
Reserved

Reversing Physical-Chemical
Processes and Effects
• Now adding chemical change to the above physical phenomena, we obtain a distributed network of heterogenious physico-chemical
processes:
• Mechanochemical processes;
• QM- chemical processes;
• Magnetochemical processes;
• Electrochemical processes;
• Thermochemical changes;
• Radiation-chemical changes.
• Each part of the disparate processes is capable to act as the cause and the effect of a forward process, as well as the cause and the
effect of the converse process. As an example, electrochemical phenomena consists of chemical changes of substances produced by
electricity, while chemo-electrical processes represents the other way around.
• Then here additionally to current electricity, static electricity, thermoelectricity, piezoelectric effect, photoelectricity and hydroelectricity
we get galvanism, electricity produced by chemical action, as well as the converse chemo-electrical phenomena, when chemical reactions
produce electrical fields.
• For instance, such significant processes for all living systems as photochemical reactions, where chemical changes produced by
radiation, infrared, visible, ultraviolet, fall into the causative couple of electromagnetic waves-chemical phenomena; both
photosynthesis and vision in living things come from the photochemical changes of substances.

All Nature is Reversible
• The reversibility properties of nature implies that everything in the physical world is converted and
reversed, matter, energy, motion, and all physical phenomena (processes, effects, forces, interactions,
reactions), from particles into anti-particles and matter into anti-matter to all the known and
unknown laws of physics. The symmetry properties of nature and the conservation laws following from
them might also have the ground in the Reversibility Principle of Nature, like as the symmetry of
action and reaction forces.
• The Process Reversibility Principle applies to the organic world of life sciences as a complement of the
inorganic world of physical sciences.
• Biological, or organic phenomena occurring in living organisms causally interacting with physical
processes and chemical changes in both directions, like bioelectricity and electro-organic phenomena,
connecting electrical changes and biological processes, or thermogenesis and thermobiological phenomena,
interrelating heat and organic actions.
• All the forces of nature, mechanical motions and forces, gravity, heat,
magnetism, electricity, radiation, chemical force, and biological actions, are
forcibly interrelated, tied together, or mutually dependent, reversing the order
of causal action in opposite directions, from the direct to the inverse.
• Abdoullaev, A. (2008). What Determines the World: Causality as the Life-or-Death Relationship. IGI GlobalAbdoullaev, A. (2008). What Determines the World: Causality as the Life-or-Death Relationship. IGI Global
• http://www.igi-global.com/bookstore/chapter.aspx?titleid=28314http://www.igi-global.com/bookstore/chapter.aspx?titleid=28314
• http://www.slideshare.net/ashabook/reversible-world?qid=cdf1fcab-0166-4b7a-90aa-01bb9dcd5f8e&v=&b=&http://www.slideshare.net/ashabook/reversible-world?qid=cdf1fcab-0166-4b7a-90aa-01bb9dcd5f8e&v=&b=&
from_search=1from_search=1

NEW PHYSICAL SCIENCE XXI:
One Single Strategy
• Physical science, including its basic science of physics, has been evolving without any single strategy since its revolutionary formation as modern natural
science. The Nobel Prize in Physics has been awarded 109 times to 201 Nobel Laureates between 1901 and 2015, according to the Nobel Foundation.
The key achievements lie in the serendipitous and intuitive and ingenious discovering of empirical physical laws and effects, as the Lorentz-Zeeman effects,
the Doppler effect, the Einstein’s law of photoelectric effect, the Compton effect, the Cherenkov effect, the Mössbauer effect, the Hall effects and others,
enriched with new discoveries of subatomic entities, symmetry principles, conservation laws and unified force fields theories.
• Modern physics was founded as a synthesis of separate sciences: mechanics, optics, acoustics, electricity, magnetism, heat and studies of matter and its
properties. The whole idea of the modern physics consisted in the intuitive understanding that different forces of nature and forms of energy are
INTERRELATED and INTERCONVERTIBLE, but these universal phenomena have never been expressly formulated as the basic principles of
nature or the physical world or the universe.
• The formulated Reversibility Theory with its Principle of Process Reversal and Convertibility Laws enables one single strategy for Physical Science and
Physics, providing the description of diverse physical forces and energies, processes and phenomena and the prediction of actions of physical forces and effects
in the most systematic and consistent ways without having to resort to pure accidents and assumptions and guesses, and without considering the details of
the courses of physical processes and systems.
• The Principle of Reversibility combines all the key attribute of universal laws of nature: asserting the interdependence between varying quantities of
physical properties; stating that physical events occur in an invariant order; enriching cause and effect relationships, and demonstrating a constant
regularity in the relations or order of physical phenomena in the world, embracing the empirical regularities of numerous physical effects.
• Above everything, the Reversibility Law implies that if there is some physical effect in nature, there must be its inverse, converse or reversed action,
otherwise it is not a real effect. The very electromagnetic theory of light is due to the Maxwell’s ingenious conjecture: “if changing magnetic fields, then
changing electric fields might create magnetic fields”. The Reversibility Theory is replacing “might” with “must”, here and everywhere.
• Simply, if there is the Doppler effect, there MUST be the Inverse Doppler effect by LAW, the Law of Reversibility of Force and Convertibility of
Energy.
• http://www.slideshare.net/ashabook/reversible-world?qid=cdf1fcab-0166-4b7a-90aa-01bb9dcd5f8e&v=&b=&from_search=1
•

ALL THE UNIVERSE IS REVERSIBLE:ALL THE UNIVERSE IS REVERSIBLE:
Prime Force and the Bing BangPrime Force and the Bing Bang• The reversibility principle is universal in its scope and scale,The reversibility principle is universal in its scope and scale,
applying to the dynamics of the whole universe as well.applying to the dynamics of the whole universe as well.
• That means if there is "the accelerating expansion of theThat means if there is "the accelerating expansion of the
Universe”, so there must be (or going to be) a cosmicUniverse”, so there must be (or going to be) a cosmic
retrogression, or the universe’s retroaction: "the acceleratingretrogression, or the universe’s retroaction: "the accelerating
compression of the Universe”.compression of the Universe”.
• If the entropic regression from order to disorder is aboutIf the entropic regression from order to disorder is about
chaotic disruptions of structure and organization of thechaotic disruptions of structure and organization of the
universe, then its inverse, the entropic progression fromuniverse, then its inverse, the entropic progression from
disorder to order is about creative disruptions of structuredisorder to order is about creative disruptions of structure
and organization of the universe.and organization of the universe.
• All the fundamental force-interactions might come out asAll the fundamental force-interactions might come out as
different manifestations of the prime natural force, the primedifferent manifestations of the prime natural force, the prime
mover, the first cause of all changes in the universe,mover, the first cause of all changes in the universe,
including the original event of the hypothetical Big Bang, theincluding the original event of the hypothetical Big Bang, the
singularity referring to the early hot, dense state consideredsingularity referring to the early hot, dense state considered
the "birth" of the universe.the "birth" of the universe.
• The Proto-Force (Quantum Gravity) Disbalance
caused Baryogenesis, violating the conservation of
baryon number due to asymmetrical interactions
leading to the excess of quarks and leptons over
antiquarks and antileptons resulting in
predominance of matter over antimatter, or
gravitation over anti-gravitation.
• see The Big Bang Theory
Reserved

FUTURE TECHNOLOGIES:FUTURE TECHNOLOGIES: QUANTUMQUANTUM
TECHNOLOGYTECHNOLOGY
• The first, second and third quantum revolutions: fromThe first, second and third quantum revolutions: from
Quantum 1.0 to Quantum X.0Quantum 1.0 to Quantum X.0
• There are many devices available today which are fundamentallyThere are many devices available today which are fundamentally
reliant on the effects of quantum mechanics: laser systems, transistorsreliant on the effects of quantum mechanics: laser systems, transistors
and semi-conductor devices, or MRI imagers.and semi-conductor devices, or MRI imagers.
• These devices are often referred to belonging to the 'first quantumThese devices are often referred to belonging to the 'first quantum
revolution‘, or 'quantum 1.0', relying on the effects of quantumrevolution‘, or 'quantum 1.0', relying on the effects of quantum
mechanics.mechanics.
• Quantum technologies are the 'second quantum revolution' orQuantum technologies are the 'second quantum revolution' or
'quantum 2.0'.'quantum 2.0'.
• These are a class of device that actively create, manipulate and readThese are a class of device that actively create, manipulate and read
out quantum states of matter, often using the quantum effects ofout quantum states of matter, often using the quantum effects of
superposition and entanglement.superposition and entanglement.
• Quantum technology is a new field of physics and engineering,Quantum technology is a new field of physics and engineering,
applying the effects of quantum mechanics, especiallyapplying the effects of quantum mechanics, especially
• quantum entanglement,quantum entanglement,
• quantum superpositionquantum superposition
• and quantum tunnelling,and quantum tunnelling,
• into practical applications such asinto practical applications such as
• quantum computing,quantum computing,
• quantum sensing,quantum sensing,
• quantum cryptography,quantum cryptography,
• quantum simulation,quantum simulation,
• quantum metrology,quantum metrology,
• quantum imaging.quantum imaging.
• Quantum intelligence is the ‘third quantum revolution' or 'quantumQuantum intelligence is the ‘third quantum revolution' or 'quantum
3.0'.3.0'.
• Квантовая технологияКвантовая технология - область физики, в которой- область физики, в которой
используются специфические особенности квантовойиспользуются специфические особенности квантовой
механики, прежде всего квантовая запутанность.механики, прежде всего квантовая запутанность.
Цель квантовой технологии состоит в том, чтобыЦель квантовой технологии состоит в том, чтобы
создать системы и устройства, основанные насоздать системы и устройства, основанные на
квантовых принципах, к которым обычно относятквантовых принципах, к которым обычно относят
следующие:следующие:
• Дискретность (квантованность) уровней энергииДискретность (квантованность) уровней энергии
(квантово-размерный эффект, квантовый эффект(квантово-размерный эффект, квантовый эффект
Холла)Холла)
• Принцип неопределённости ГейзенбергаПринцип неопределённости Гейзенберга
• Квантовая суперпозиция чистых состояний системКвантовая суперпозиция чистых состояний систем
• Квантовое туннелирование через потенциальныеКвантовое туннелирование через потенциальные
барьерыбарьеры
• Квантовую сцепленность состоянийКвантовую сцепленность состояний
• К возможным практическим реализациям относятК возможным практическим реализациям относят
квантовые вычисления и квантовый компьютер,квантовые вычисления и квантовый компьютер,
квантовую криптографию,квантовую криптографию,
• квантовую телепортацию,квантовую телепортацию,
• квантовую метрологию,квантовую метрологию,
• квантовые сенсоры, и квантовые изображения.квантовые сенсоры, и квантовые изображения.

Quantum intelligence:Quantum intelligence: the ‘third quantum revolution'the ‘third quantum revolution'
• Quantum computers are different from binary digital electronic computers based onQuantum computers are different from binary digital electronic computers based on
transistors using quantum bits, which can be in superpositions of states.transistors using quantum bits, which can be in superpositions of states.
• Types of quantum computer using quantum-mechanical phenomena, such asTypes of quantum computer using quantum-mechanical phenomena, such as
quantum tunneling, superposition and entanglement, to perform operations on data:quantum tunneling, superposition and entanglement, to perform operations on data:
• Superconducting quantum computing (qubit implemented by the state of smallSuperconducting quantum computing (qubit implemented by the state of small
superconducting circuits (Josephson junctions))superconducting circuits (Josephson junctions))
• Trapped ion quantum computer (qubit implemented by the internal state of trappedTrapped ion quantum computer (qubit implemented by the internal state of trapped
ions)ions)
• Optical lattices (qubit implemented by internal states of neutral atoms trapped in anOptical lattices (qubit implemented by internal states of neutral atoms trapped in an
optical lattice)optical lattice)
• Quantum dot computer, spin-based (qubit given by the spin states of trappedQuantum dot computer, spin-based (qubit given by the spin states of trapped
electrons)electrons)
• Quantum dot computer, spatial-based (qubit given by electron position in doubleQuantum dot computer, spatial-based (qubit given by electron position in double
quantum dot)quantum dot)
• Nuclear magnetic resonance on molecules in solution (liquid-state NMR) (qubitNuclear magnetic resonance on molecules in solution (liquid-state NMR) (qubit
provided by nuclear spins within the dissolved molecule)provided by nuclear spins within the dissolved molecule)
• Solid-state NMR Kane quantum computers (qubit realized by the nuclear spinSolid-state NMR Kane quantum computers (qubit realized by the nuclear spin
state of phosphorus donors in silicon)state of phosphorus donors in silicon)
• Electrons-on-helium quantum computers (qubit is the electron spin)Electrons-on-helium quantum computers (qubit is the electron spin)
• Cavity quantum electrodynamics (qubit provided by the internal state of trappedCavity quantum electrodynamics (qubit provided by the internal state of trapped
atoms coupled to high-finesse cavities)atoms coupled to high-finesse cavities)
• Molecular magnet (qubit given by spin states)Molecular magnet (qubit given by spin states)
• Fullerene-based ESR quantum computer (qubit based on the electronic spin ofFullerene-based ESR quantum computer (qubit based on the electronic spin of
atoms or molecules encased in fullerenes)atoms or molecules encased in fullerenes)
• Linear optical quantum computerLinear optical quantum computer
• Bose–Einstein condensate-based quantum computerBose–Einstein condensate-based quantum computer
• Transistor-based quantum computer – string quantum computers with entrainmentTransistor-based quantum computer – string quantum computers with entrainment
of positive holes using an electrostatic trapof positive holes using an electrostatic trap
• Rare-earth-metal-ion-doped inorganic crystal based quantum computersRare-earth-metal-ion-doped inorganic crystal based quantum computers
• Metallic-like carbon nanospheres based quantum computersMetallic-like carbon nanospheres based quantum computers
• a quantum computer with n qubits can be in an arbitrary superposition of up toa quantum computer with n qubits can be in an arbitrary superposition of up to
2^{n} different states simultaneously.2^{n} different states simultaneously.
• https://https://en.wikipedia.org/wiki/Quantum_computingen.wikipedia.org/wiki/Quantum_computing
• NASA’s QuAIL team aims to demonstrate that quantumNASA’s QuAIL team aims to demonstrate that quantum
computing and quantum algorithms may somedaycomputing and quantum algorithms may someday
dramatically improve the agency’s ability to solve difficultdramatically improve the agency’s ability to solve difficult
optimization problems for missions in aeronautics, Earthoptimization problems for missions in aeronautics, Earth
and space sciences, and space exploration.and space sciences, and space exploration.
• Support structure for installation of the D-Wave VesuviusSupport structure for installation of the D-Wave Vesuvius
processor, which is cooled to 20 millikelvin (near absoluteprocessor, which is cooled to 20 millikelvin (near absolute
zero). The D-Wave 2000Q system will be installed at Ameszero). The D-Wave 2000Q system will be installed at Ames
later this year.later this year.
• The quantum computing will vastly improve a wide rangeThe quantum computing will vastly improve a wide range
of tasks: web search, speech recognition, planning andof tasks: web search, speech recognition, planning and
scheduling, air-traffic management, robotic missions toscheduling, air-traffic management, robotic missions to
other planets, and support operations in mission controlother planets, and support operations in mission control
centers.centers.
• That can lead to new discoveries and technologies andThat can lead to new discoveries and technologies and
may significantly change the way we solve real-worldmay significantly change the way we solve real-world
problems.problems.
• Beginning with the D-Wave Two™ quantum computer,Beginning with the D-Wave Two™ quantum computer,
NASA’s QuAIL team is evaluating various quantumNASA’s QuAIL team is evaluating various quantum
computing approaches. Initial work focuses on theoreticalcomputing approaches. Initial work focuses on theoretical
and empirical analysis of quantum annealing approachesand empirical analysis of quantum annealing approaches
to difficult optimization problems.to difficult optimization problems.
• Over the next five years, the team will also developOver the next five years, the team will also develop
quantum AI algorithms, problem decomposition andquantum AI algorithms, problem decomposition and
hardware embedding techniques, and quantum-classicalhardware embedding techniques, and quantum-classical
hybrid algorithms.hybrid algorithms.
• NASA Quantum Artificial Intelligence LaboratoryNASA Quantum Artificial Intelligence Laboratory
(QuAIL)(QuAIL)
• https://ti.arc.nasa.gov/tech/dash/physics/quailhttps://ti.arc.nasa.gov/tech/dash/physics/quail//
• Applying quantum computing to artificial intelligence andApplying quantum computing to artificial intelligence and
machine learning.machine learning.
• https://https://research.google.com/pubs/QuantumAI.htmlresearch.google.com/pubs/QuantumAI.html
• About D-Wave Systems IncAbout D-Wave Systems Inc. www.dwavesys.com. www.dwavesys.com..

Original Sources of New Physics: Force-Relation, Convertibility , Reversibility,
CIRCULARITY
• Новик И.Б., Абдуллаев А.Ш. "Введение в информационный мир", М. Наука, 1991, in Russian; see Supplement:
Encyclopedic Knowledge Base in Physics
• А. Ш. Абдуллаев, База знаний энциклопедического искусственного интеллекта: Об исследовательском
прототипе энциклопедической системы по физике, Москва, ВИНИТИ, 1989
• Abdullaev A., Sov. J. Plasma Physics, 14, 214 (1988)
• Abdullaev A., Frolov A., Inverse Faraday Effect in Relativistic Electron Plasma, JETF, 81, 917-932, 1981)
• Abdoullaev, A., Reality, Universal Ontology and Knowledge Systems: Towards an Intelligent World, 2008, IGI Global,
USA: http://www.igi-global.com/book/reality-universal-ontology-knowledge-systems/859
• Abdoullaev, A. (2008). What Orders Reality: Relationship, Relatives, and Relations. IGI Global; http://
www.igi-global.com/bookstore/chapter.aspx?titleid=28312
• Abdoullaev, A. (2008). What Organizes the World: N-Relational Entities. IGI Global; http://
• Abdoullaev, A. (2008). What Determines the World: Causality as the Life-or-Death Relationship. IGI Global; http://
• Abdoullaev, A. (2008). Reality Classification System: A Product Line of the EIS UFO. IGI Global; http://
• http://www.slideshare.net/ashabook/theoryof-everything2internetofeverything
• https://www.linkedin.com/pulse/physical-science-xxi-azamat-abdoullaev?published=u
• http://www.slideshare.net/ashabook/reversible-world?qid=cdf1fcab-0166-4b7a-90aa-
01bb9dcd5f8e&v=&b=&from_search=1
• Abdoullaev, A. (2016). Nobel Prizes, Reversibility Principle, and Mathematics of NatureAbdoullaev, A. (2016). Nobel Prizes, Reversibility Principle, and Mathematics of Nature
•
•

SCIENCE & TECHNOLOGY XXI Monographic SeriesSCIENCE & TECHNOLOGY XXI Monographic Series
• Azamat Sh. Abdoullaev, Physics and Technology of the 21st Century, New Physica; EIS; EU, Russia,Azamat Sh. Abdoullaev, Physics and Technology of the 21st Century, New Physica; EIS; EU, Russia,
2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-2-92016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-2-9
• Azamat Sh. Abdoullaev, Disrupting Modern Science, Technology and Engineering with WisdomAzamat Sh. Abdoullaev, Disrupting Modern Science, Technology and Engineering with Wisdom
Science; EIS; EU, Russia, 2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-7-4Science; EIS; EU, Russia, 2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-7-4
• Azamat Sh. Abdoullaev, Wise World Wide Web and Technological Singularity; EIS ; EU, Russia, 2016;Azamat Sh. Abdoullaev, Wise World Wide Web and Technological Singularity; EIS ; EU, Russia, 2016;
ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-4-3ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-4-3
• Azamat Sh. Abdoullaev, Wise Encyclopedia for Minds and Machines; EIS; EU, Russia, 2016; ISBNAzamat Sh. Abdoullaev, Wise Encyclopedia for Minds and Machines; EIS; EU, Russia, 2016; ISBN
set 978-9963-2202-1-2; ISBN 978-9963-2202-5-0set 978-9963-2202-1-2; ISBN 978-9963-2202-5-0
• Azamat Sh. Abdoullaev, NEW WISDOM BOOK, Universal Standard Entity Classification System,Azamat Sh. Abdoullaev, NEW WISDOM BOOK, Universal Standard Entity Classification System,
USECS; EIS; EU, Russia, 2015; ISBN 978-9963-8421-8-6USECS; EIS; EU, Russia, 2015; ISBN 978-9963-8421-8-6
• Azamat Sh. Abdoullaev, Neapolis Smart Eco City: A Development Framework for Sustainable Cities;Azamat Sh. Abdoullaev, Neapolis Smart Eco City: A Development Framework for Sustainable Cities;
EIS; EU, Russia, 2010; ISBN 978-9963-9958-0-6EIS; EU, Russia, 2010; ISBN 978-9963-9958-0-6
• Azamat Sh. Abdoullaev, Future Communities Guide: Smart Cities and Wise Urbanization; EIS; EU,Azamat Sh. Abdoullaev, Future Communities Guide: Smart Cities and Wise Urbanization; EIS; EU,
Russia, 2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-6-7Russia, 2016; ISBN set 978-9963-2202-1-2; ISBN 978-9963-2202-6-7
• Azamat Sh. Abdoullaev, Project Russia 21_Wise Intelligent Superpower; EIS; EU, Russia, 2016; ISBNAzamat Sh. Abdoullaev, Project Russia 21_Wise Intelligent Superpower; EIS; EU, Russia, 2016; ISBN
978-5-600-01518-0 (in Russian)978-5-600-01518-0 (in Russian)
• Azamat Sh. Abdoullaev, Wise Nations, Powers and Superpowers; EIS; EU, Russia, 2016; ISBN setAzamat Sh. Abdoullaev, Wise Nations, Powers and Superpowers; EIS; EU, Russia, 2016; ISBN set
978-9963-2202-1-2; ISBN 978-9963-2202-3-6978-9963-2202-1-2; ISBN 978-9963-2202-3-6
• Azamat Sh. Abdoullaev, Wise World vs. Ill World; EIS; EU, Russia, 2016Azamat Sh. Abdoullaev, Wise World vs. Ill World; EIS; EU, Russia, 2016
• http://www.lulu.com/spotlight/shamashhttp://www.lulu.com/spotlight/shamash
Reserved

Science and Technology in the 21st CenturyScience and Technology in the 21st Century
Future Physics & TechnologyFuture Physics & Technology
• Science and Technology 21, New Physica X.0
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• Science and Technology in the 21st Century. Future Physics & TechnologyScience and Technology in the 21st Century. Future Physics & Technology
• https://www.litres.ru/azamat-abdoullaev/science-and-technology-in-the-21st-century-https://www.litres.ru/azamat-abdoullaev/science-and-technology-in-the-21st-century-
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