Azamat Abdoullaev - SCIENCE AND TECHNOLOGY XXI: New Physica, Physics X.0 & Technology X.0

These universal properties and fundamental phenomena in need of having been expressly formulated as the basic principles of nature, namely:

I. the UNIVERSE, NATURE, THE WORLD, or THE COSMOS is UNIFIABLE and REVERSIBLE

II. FORCE, MATTER, MOTION, and ENERGY are neither created, nor destroyed, but CONSERVED, CONVERTED and REVERSED

III. EVERYTHING REVERSED IN THE WORLD, MATTER INTO ANTIMATTER and PROCESS INTO REVERSE PROCESS.

If the reversibility properties of nature and the convertibility of energy and unity of the forces of nature had been formulated as a universal principle and basic laws since the very beginning of modern physics, we'd have different physical science, more logical and systematic, predictive and productive, more esthetic and attractive, smarter or more intelligent and machine-wise.

Physical science is the base of modern technology, innovation and applications, which laws and principles are at the core of most engineering sciences and future technologies, see Supplement1.

So to create future Technology X.0, we need new physics, Physics X.0.

The State of Affairs of Physical Science

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 basing on natural ontology and mathematics, as divided among four interrelated branches:

Astronomy

Physics

Chemistry

the Earth science

Astronomy

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

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.

The Earth science

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

The core of physical science, physics, deals with the structure of the matter and the interactions of the fundamental constituents of the universe, including all the hypothetical constructs like as “dark energy”, “dark matter”, or “dark force”. 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.

Mathematics

Mathematics, as the key tool of natural science, is emerging as the abstract science of structure, order and relationship. As applied mathematics, mathematical physics has to generate a complete and consistent representation of nature as the system of natural entities, forces and changes, the total sum of material existences and forces in the universe, all in terms of mathematical systems of definitions and axioms, rules, as the function rule, principles, as duality, and theorems, deduced laws.

Natural Ontology

Natural ontology is the study of the universe as such, the basic features of all the universe, as the nature of force, matter and energy, space and time, natural entities and cause-effect relationships. As an example, mathematical and theoretical physics is to combine physics, mathematics and theoretical ontology of nature. Or, the unity of the all forces of nature is an ontological axiom.

Therefore, despite seeming differences, all the physical sciences are interrelated by the basic principles underlying all natural processes, phenomena and interactions, provided by the principal natural science of physics.

Modern Physics: Its Key Subjects and Principles

“Physics has evolved and continues to evolve without any single strategy”, while its ultimate goal to find a unified set of principles and laws governing force and energy, matter and change, at micro-, meso– and macro-world ( Physical Sciences, the New Encyclopedia Britannica, 25, Knowledge in Depth, Chicago-Toronto, Encyclopedia Britannica, Inc., 1994 ).

Generally, the key achievements in physical science lie in the serendipitous and intuitive and ingenious discovering of empirical physical laws and effects, subatomic entities, symmetry principles, conservation laws, or unified force fields (See Supplement 1. All Nobel Prizes in Physics. Available: https://www.nobelprize.org/nobel_prizes/physics/laureates/ ) .

Modern physics was founded as an empirical synthesis of separate sciences: mechanics, optics, acoustics, electricity, magnetism, heat and studies of matter and its properties.

Meantime, the whole idea of 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. The 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 classical electromagnetic field theory, the foundation of modern physics.

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