Is physics an explanation of reality or a description of reality?

I think it's just fitting, i.e. it can't be described or explained.

Physics explains where matter comes from and why it dies, and describes the relationship between the forces and transformations between things under real conditions.

judge the beauty of heaven and earth, and analyze the reason of all things". I feel that physics is both an explanation of reality and a description of reality. The two are sometimes intertwined, sometimes they exist separately.

You're all wrong, you're taking science as an afterthought! Let me tell you, the theories of physics are accepted by the scientific community because they can lead to experimental discoveries!

Physics is the study of the inevitable connection between the essence of objects, and the study of the mystical and mysterious.

I think it's an explanation of reality, because there are many phenomena in life that can be explained by physics.

I think physics is an explanation of reality, not a description, and he will explain some everyday phenomena to everyone.

The basis of the double integration is the one-fold integration, which is just repeated and repeated many times. There is a word called theorem, and in high mathematics textbooks, there is generally reasoning after theorem, which is deduced by people.

I think it should be a description of reality, because physics already knows the laws of this school, and then describes it.

It is believed that physics is the explanation of reality, because reality is reality after all, and physics explains the phenomena in reality after all.

Physics is the interpretation and description of reality, because physics was a description of an existential phenomenon of reality in the past.

I think it's an explanation of reality, that is, there are a lot of magical phenomena that we see, and they are all explained by physical knowledge.

I think physics should be an explanation of reality, because many things can't be explained now, so many people go to study physics to explain.

For me, one of the most profound theories in classical physics and directly applied to reality is Newtonian mechanics. Newtonian mechanics is a classical mechanical theory that describes the motion of macroscopic objects, and its basic principles and formulas are widely used in the fields of object motion, mechanical systems, and engineering design.

The three laws of Newtonian mechanics provide the basic laws that describe the motion of objects and establish the relationship between force and the motion of objects through Newton's second law. These laws and formulas can be applied to a variety of practical situations, from celestial motion to mechanical systems, sports equipment, and more.

Newtonian mechanics has a wide range of applications, including but not limited to the following:

Mechanical Engineering: In the design and analysis of mechanical systems, the formulas of Newtonian mechanics can be used to calculate the motion of objects, the action of forces, and the balance of forces to optimize the design and ensure the stability of the system.

Vehicle Motion: Newtonian mechanics can be used to describe and optimize the motion of vehicles, such as automobiles, rockets, airplanes, etc., to help design and optimize the performance and safety of vehicles.

Celestial mechanics: In astrophysics, Newtonian mechanics can explain phenomena such as planetary motion, satellite orbits, and gravitational interactions, providing a basic theory for the study of celestial motion and celestial systems.

Kinematic analysis: Newtonian mechanics can be used to analyze the velocity, acceleration, trajectory, etc. of moving bodies, providing a framework and tools for kinematic research and the description of actual motion.

In conclusion, Newtonian mechanics, as an important theory in classical physics, has a wide range of applications in scientific research, engineering design, and real life. It provides the basic laws and mathematical tools to describe the motion of objects, and plays an important role in understanding and explaining the motion phenomena in nature, as well as designing and improving various physical systems.

Physics is the study of various phenomena and material structures in nature, and what you say can be summed up in this center.

The laws and principles of physics are summarized on the basis of a large number of experimental phenomena and experimental data, and they are unbreakable truths that have been proven by mankind through countless practices, which you can doubt, but cannot deny.

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It should produce visual persistence for people [when the human eye observes the scene, the light signal transmits to the nerves of the human brain, and it takes a short period of time to pass, and after the action of light is over, the visual image does not disappear immediately, this residual vision is called "posterior image", and this phenomenon of vision is called "visual retention". It is a phenomenon that the vision produced by light on the retina remains for a period of time after the light stops working, and its specific application is the shooting and projection of movies. The reason is caused by the speed of reaction of the optic nerve.

It is twenty-four quarters of a second. It is the basis for the formation and dissemination of animation, film and other visual **. When an object is moving rapidly, when the image seen by the human eye disappears, the human eye can still retain the image of the human eye for about a second, which is called the phenomenon of visual persistence.

It is a property that the human eye has. When an object is detected by the human eye, it is imaged on the retina and input into the human brain by the optic nerve to perceive the image of the object. But when the object is removed, the optic nerve's impression of the object does not disappear immediately, but lasts for a second, and this property of the human eye is called "visual persistence of the eye".

So when you move quickly, the image you see is actually the image you saw before the second, and the screen window is made up of very thin lines, so you can ignore it, which makes the view outside clearer. Hope.

It's like holding a pen in front of you, it will block most of your vision, but when you shake him quickly, he basically doesn't block your vision, because, when the object moves more regularly, the light can enter your eyeball with a more average probability, so you can see more clearly!

I hope my analysis is helpful to you, good luck!

From the point of view of human vision, this problem is relatively quiet. When we stand in front of the screen window without moving, pay attention to focus on the front in front of the screen; When we shake, pay attention to the distant scene.

Yes, there are several weaknesses in the assumptions of modern physics that make the search for the true essence elusive.

The system of units is wrong. The charge is expressed as a linear dimension (one-dimensional) in the units of MKS, SI, and modified CGS systems, and then treated as point particles in mathematical analysis. The true nature of electric charge, as empirically observed, is that the charge is always distributed over a surface.

Therefore, the charge should be expressed as the square of the charge relative to the linear mass dimension.

Space is considered non-physical and is just a mathematical quantity. There is an irrational aversion to acknowledging the physical reality of space, despite an overwhelming body of evidence proving a large number of physical properties and quantities of space. This aversion arises from the mental trap of imagining too much of the physical universe.

Special relativity is just a mental game in physics, not unlike a mental game of the Doppler effect. Yes, we can measure different perceptions of observers at different speeds, but different perceptions are the result of seeing the same effect from different angles. Different perspectives do not change the material universe in any way.

Probability functions as particles are not physics. Purely mathematical constructs based on probability are not physical realities. The mathematics of probability happens entirely in the mind and is another kind of perception.

Subatomic particles are physical structures with physical geometry and physical behavior; Just because mathematical probability functions can knock out physics problems but still provide a good approximation, it doesn't mean that subatomic particles are probability functions. Real physics must simulate real geometry with real values of real dimensions.

It is a mistake to think that the laws of thermodynamics exist only in the realm of physical matter. Physical matter is a subset of all matter, and dark matter is also a subset of all matter. Both physical matter and dark matter are made up of strings of mass, but physical matter is made up of strings of masses that are captured by the quantum rotating magnetic field of space.

The quantum rotating magnetic field has its own electrostatic dipole, and when the mass string occupies the quantum rotating magnetic field, the mass string interacts with the quantum rotating magnetic field to produce a magnetic field. The properties of static electricity, electric charge, and magnetism make visible matter visible. The Casimir effect and nuclear processes transform dark matter into visible matter, and energetic particle collisions and black holes turn visible matter into dark matter.

Thus, the conservation of matter and energy transcends our physical universe.

The notion that physical matter is the ultimate ** of physical reality is false. The material reality does not produce immaterial existence (e.g., mind, permeability, dielectric, gravity, magnetism, etc.), on the contrary; Immaterial reality produces material reality. The physical reality on the surface of solid matter is made possible by the static and magnetic forces at the quantum level; Immaterial forces.

We can clearly see that magnetism is immaterial on a macroscopic level, as long as we hold the magnet in our hands and "observe" the correlation of the magnetic field with the force we feel.

This is my list of weaknesses in modern physics, but it covers some of the worst of them.

Modern physics has come up with more and more mystical theories, such as the more popular time travel now, which is to build faster-than-light spaceships, and take it to travel back in time to meet your grandparents. This type is more dependent on the theory of imagination, which does not exist objectively, but depends on people's subjective behavior, imagination and thinking. As long as it involves people, it becomes elusive.

The Nextmind movie, The Matrix, expresses a bold idea that the world we live in may not be real, and today, even physicists think so, according to well-known foreign media, Scientific American, reports that the European Organization for Nuclear Research, CERN) scientists Bernardo, Castroup, Bernardo Kastrup, said that some people are beginning to suspect that matter itself is an illusion, and that the only real thing is information whose basic idea is that the physical universe exists, It is because we perceive it, which is a collective illusion that we use to understand the mathematical relationships between objects.

No, the essence of physics is the search for facts, which does not make the search for the true nature of reality any more elusive.

The true essence of reality is the movement and change of material things. Everything flows, changes and moves, and nothing dwells. The change of motion is absolute, eternal, ancient, modern, and will be the same principle, because it is the immutable law of the natural world of the universe.

Quantum mechanics, for example, is the study of changes in the motion of microscopic particles.