On Saturday, June 17, 2023 at 4:04:49 PM UTC+8, ct...@hotmail.com wrote:

在 2023年5月19日星期五 UTC+8 20:20:47，<ct...@hotmail.com> 写道：

在 2023年5月14日星期日 UTC+8 19:36:53，<ct...@hotmail.com> 写道：

There are many discoveries in the history of science. What do we know about scientific discovery? What is the purpose of scientific discovery?

1. The discovery must come from an objective or physical phenomenon of fact and cannot be an illusory phenomenon. This phenomenon must be sharable, that is, it must be scientifically repeatable.

A discovery that satisfies this point can be called a discovery of a discipline or a disciplinary experiment. This kind of discovery can be generalized to help us discover more unknown phenomena and promote scientific research.

2. The findings to reveal the unknown laws behind phenomena, and can summarize general rules, laws or principles, with not only physical meaning, but also mathematical expressions.

In accordance with the above findings, it can be called a major or important scientific discovery. This discovery is beneficial evidence and strengthening support for existing theories, establishing branches of theories and disciplines, and

promoting the improvement and expansion of discipline theories.

3. By establishing the principles of universality and a general system theory, the discovery is widely used to explain, predict, or reconstruct the physical properties of things, the changes of states, and the connections and interactions between

them through mathematical logical deduction, conclusion, and extension.

Discoveries that fit this point are scientific milestones that we call great or the greatest discoveries.

The greatest discoveries in the history of science are all similar. It's a fact that the apple fell, but that's not a scientific discovery. Only when you find the law of gravity and turn it into Newton's law can you say it is a great scientific

discovery.

The Michelson-Morley experiment is a fact through which only Einstein first proposed the invariant speed of light as the postulate of special relativity, thus creating the theory of relativity. This is what we call the greatest scientific discovery.

The Earth's aberration has been known for nearly 300 years, but it was Dr. Cui Silong who saw the essence of space-time deflection through this phenomenon and established unified physics. This became the greatest discovery in physics in recent

decades.

There is a simple expression for the Earth's aberration, which Dr. Cui used as a postulate of the unified theory of physics, deriving the basic expression of relativity and quantum mechanics, not only explaining what behind Schrödinger's equation

and strange quantum phenomena, but also reconciling gravitation with three other forces. For the first time in physics, the theory of relativity and quantum mechanics were conceptually and mathematically unified. That's why I believe that history will
prove that the significance of Dr Cui Silong's discovery will be comparable to the greatest discoveries of Newton and Einstein.

Our conversation about Dr. Cui Silong's theory has been updated on the website: https://www.tastphysics.com/ Stay tuned.

On January 24, 2022, Chinese scientists published a paper that experimentally Ruling Out Real-Valued Standard Formalism of Quantum Theory (paper link: https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.128.040403). This achievement further

proves that Dr. Cui Silong stated that the imaginary part of the complex function was part of the source of quantum theory when he derived the Schrödinger equation using Analytical Space-Time Theory more than 20 years ago. This makes us even more
convinced of the correctness of Analytical Space-Time Theory.

The great physics discoveries are those that identify the universal laws behind objective phenomena.

For the unification of the fundamental forces, a program of conversations among three experts has been launched on this website https://www.tastphysics.com/ on the following tentative topics:

1. Space frames, symmetry and correlation

2. Space of deflection & space of rotation

3. Concurrence & causality

4. Strange quantum phenomena

5. Hidden variable

6. Inertial and non-inertial frames

7. Gravitation and interactions

8. Relationship of concepts and logic chain

9. Simplicity & paradigm

10. Underlying logics of physics & philosophy

11. Verification of fundamental principles

12. Boundary between metaphysics and physics

Dr. Cui Silong’s discovery of the phenomenon of space-time deflection is one of the greatest physical discoveries of recent decades. It all started with the discovery of the angular variable hidden behind the Lorentz factor. Both the real and

imaginary parts of the complex function in the article originate from the postulates as principles (I) and (II). It may be incomplete to derive the Schrödinger equation without discussing the role of the imaginary part in quantum theory. For many
decades, we have wondered what lies behind the Schrödinger equation. By taking into account the imaginary part of the complex function, we can make new discoveries and interpretations of phenomena such as consciousness & existence, life, dark matter &
energy, elementary particles, subjective & objective, and the origin & evolution of the universe. The advancement of physics is a collective effort of the entire scientific community.

https://www.tastphysics.com/

We can reject, oppose, question or ignore a physical doctrine or theory, but we can never scorn or reject a physical discovery, because physical discoveries come from physical phenomena and existence and cannot be denied, and what we can do can be a
different interpretation of it.

--- SoupGate-Win32 v1.05
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