Introduction

Zhang Xiangqian, a farmer from Anhui province, went to live on a highly developed alien planet for a month in the summer of 1985. Not only did he learn about their daily lives, but he also mastered many of their advanced science and technology, as well as equations related to the secrets of the universe's core.

In particular, their artificial field scanning technology can replace the popular electrical energy on our planet and is an upgraded product of electricity. Once it is taken seriously by our society, it can immediately cause earth-shattering changes in human beings.

Humans will rapidly enter the speed of light and the virtual age, transitioning from the electric civilization to the field civilization.

Mr. Zhang Xiangqian's Unified Field Theory (the 7th Edition can be found on Baidu] and artificial field scanning technology can be found on many networks, and there are many videos on Bilibili. To make artificial field technology a reality on Earth, the most crucial thing is to change the electromagnetic field to produce an attractive force field. The capital letters of this article are vectors.

At 4:00 am on November 2, 2023, Mr. Zhang Xiangqian experimented in the basement and found for the first time that the accelerating motion of positive charges produced an attractive force field effect. Then he made a breakthrough in the experiment of generating an attractive force field by changing the electromagnetic field and published it on the Internet.

As shown in the figure below, energize the positive and negative electrodes of the power supply. At the moment of energization, the light sheet will move towards the positive electrode of the power supply. Analyze the direction of the magnetic vector potential and point to the negative electrode of the power supply. According to Zhang Xiangqian's Unified Field Theory, the excited attractive force field should point to the positive electrode of the power supply, which is in line with the experimental results.

1. The definition of physics.

Physics is our description of the movement of the geometric world, which is our human description of objects and space.

2. The definition of a particle.

To describe the convenience of an object moving in space, we disregard the shape and line length of the object, and idealize the object as a point, called a particle.

3. The constitution of the universe and the basic principles of Unified Field Theory.

The universe is composed of particles and the space around them, and there is no third kind of thing that coexists with them. All physical phenomena are our descriptions of the motion of particles and the motion of space itself.

4. Definition of Substance.

Matter is composed of objects and space, and it exists objectively without depending on the description of our observers.

5. How did the concept of physics come into being?

Except for particles and space, all other physical concepts, such as displacement, time, field, mass, electric charge, velocity, speed of light, force, momentum, energy, heat, sound, color, are all properties described by our observers to the motion of particles in space and the motion of the space itself around them, and their essence can be expressed in terms of displacement.

6. How to describe the movement of space itself?

We divide the three-dimensional space into many small pieces, each small piece is called the geometric point of space, referred to as the geometric point, or the space point. The route traveled by the movement of the space points is called the geometric line. Describing the movement of these space points can describe the movement of the space itself.

7. The description of the state of motion in physics cannot be separated from the observer.

The state of motion comes from the description of our observer, which is our observer's affirmation of an object at a certain position in space --- to negation --- to affirmation --- to negation --- to affirmation --- to negation ----.

If there is no observer, or no observer is specified, the state of motion does not exist, nor does the state of rest. It is uncertain whether space and objects are moving or stationary, and it is meaningless to describe motion.

8. The Vertical Principle.

The physical world is our observer's description of the geometric world, so any geometric state can always find a corresponding physical state.

The three-dimensional vertical state of space in geometry is equivalent to the physical state of motion, and the three-dimensional vertical state is the physical state of motion after being described by us.

Any space point (or particle) in the vertical state of three-dimensional space must move relative to our observer, and the changing direction of motion and the trajectory it travels through can reconstitute a vertical state.

9. Why is space three-dimensional?

The linear motion of space constitutes a one-dimensional space, the rotational motion in the plane constitutes a two-dimensional space, and the rotation extends perpendicular to the plane of rotation (cylindrical spiral) to produce a three-dimensional space.

Relative to our observers, the space moment is moving in a cylindrical spiral to form a three-dimensional space.

10. The law of Spiral.

The universe is as small as electrons and protons, as large as the earth, the moon, the sun, and the galaxy - all the particles that exist freely in space move in a spiral, including space itself.

11. The Principle of Parallelism.

Parallel states described in physics correspond to proportional properties in mathematics.

Two parallel physical quantities, if they can be represented by line segments, must be proportional.

12. Geometric symmetry is equivalent to physical conservation.

The conservation described in physics is equivalent to symmetry in geometry.

A conserved physical quantity is linearly symmetric in geometric coordinates if it can be represented by line segments. If it can be represented by area, it is plane symmetric in geometric coordinates, and if it can be represented by volume, it is three-dimensional symmetric in geometric coordinates.

13. Space can store information indefinitely.

Any space in the universe can store information indefinitely, or it can store all the information of the entire universe today, before, and in the future.

14. The physical definition of time and the speed of light.

The space around any object in the universe, including our human body, spreads out around the observer at the speed of vector light C, in a cylindrical spiral, and with the observer as the center. The feeling of Space movements to observers is time. 

The cylindrical spiral motion is a combination of rotational motion and linear motion in the vertical direction of the rotation plane. Due to the uniformity of the surrounding space motion when the object is stationary, the rotational motion cancels each other to zero, leaving only the linear motion at the speed of light C.

The amount of time is proportional to the distance traveled by the geometric points of space around our observer at the speed of light C (capital letters in this article are vectors).

The speed of light reflects the identity of space-time, that is, the essence of time is the speed of light moving space. The speed of light can be a vector, the direction of the vector speed of light can change, the modulus does not change, and the scalar speed of light does not change.

15. Three-dimensional Spiral Space-Time Equation.

The coordinate system oxyz is established with the o point of the matter particle at rest relative to us as the origin. Any space point p in the oxyz system starts from the o point at time t '= 0. After a period of time t, it reaches the position where the p point is located at time t' x, y, z, x, y, z is a function of time t, and the position loss from the o point to the p point is R (the quantity is r).

R (t) = (x, y, z, t)

R (t) = Ct = (a sin ω t) J + (bcos ω t) L + Vt

ω is the angular velocity, and J and L are unit vectors.

When point o is stationary,

(a sin ω t) J = (bcos ω t) L = 0, Vt = Ct

16. The Space-Time Homogenization Equation.

Since time is proportional to the distance traveled by a point in space at the speed of light, so:

R (t) = ct [r] = xi + yj + zk

If we consider that the speed of light can be a vector under certain circumstances, then:

R (t) = Ct = xi + yj + zk

r² = c ² t ² = x ² + y ² + z ²

17. The movement of space is volatile.

∂²r/∂x² + ∂²r/∂y² +∂²r/∂z² = （∂²r/∂t²）/c².

▽² R = （∂²R/∂t²）/ c².

18. The definition of the Field.

Relative to our observer, the displacement vector from the particle to any space point in the surrounding space varies with the position of space or with time. Such a space is called a Field, which can also be called a physical force field.

The different fields are the different degrees of motion exhibited by the derivative of the spatial displacement with respect to the spatial position or the derivative with respect to time.

Since the essence of the field is the derivative of the displacement of space itself relative to our observer with respect to time and space, we can say what is the motion of space in a certain three-dimensional range, what is the motion of space in a certain plane, and what is the motion of space in a certain curve. In this way, the corresponding field has three forms:

a. The distribution of the field in three dimensions.

b. The distribution of field on a two-dimensional surface.

c. The distribution of the field on a one-dimensional curve.

The Gaussian divergence theorem of field theory describes the relationship between field distribution and field distribution of two-dimensional surfaces in three-dimensional space.

The Stokes theorem describes the relationship between the distribution of fields on a two-dimensional surface and the distribution of fields on a one-dimensional curve.

The Field theory gradient theorem describes the relationship between the distribution of fields in three-dimensional space and the distribution of fields on one-dimensional curves.

19. Geometric definition of attractive force field and mass.

Suppose that a particle o is stationary relative to our observer, and any point p in the surrounding space starts from point o at zero time with the velocity of vector light C, moves in a certain direction, experiences time t, and reaches the position where p is later at time t '.

We let the point o be at the origin of the Cartesian coordinate system xyz, and the vector diameter R from the point o to the point p is given by the previous space-time homogenization equation R = C t = x i + y j + zk:

We take the scalar length r of R in R = Ct as the radius, and make the Gaussian sphere s = 4 π r ² to surround the particle o.

We divide the Gaussian sphere, s = 4π r ², uniformly into many small pieces, and we choose a small piece of vector surface element ΔS where the p point is located (The ΔS direction is represented by N, and its number is the curved surface Δs). We investigate and find that there are Δn space points similar to p on Δs whose displacement vectors pass through vertically.

The attractive force field A generated by point o at space p (quantity a):

A = - kΔn [R/r]/ Δs

The mass definition equation for an object at point o is:

m = (k/g) Δn/Ω

The differential formula is:

m = (k/g) dn /d Ω

In the above equation, d is the differential sign, n is the number of bars, and Ω is the solid angle.

20. The changing attractive force field generates an electric field.

In the above equation, the attractive force field generated by point o in the surrounding space A = gk n R/Ω r ³, the mass m = k n/Ω generates an electric field with time

E = gk [d (kn/Ω)/dt] R/Ω r ³ g = k '[dm/dt] R/Ω r ³

Where g, k' are constants.

21. The geometric definition of electric charge.

If the above particle o has an electric charge q, then:

q = 4πε. k' g(dm/dt) = 4πε. k' g [k d (n/Ω)/ dt]

Where ε is the dielectric constant.

Note that the charge is formed by the change of mass, but people have found in practice that the quality of the charge does not seem to change. This change may be a periodic change of extremely high frequency, just as the frequency of alternating current changes rapidly, and people cannot feel the change.

The electric charge is also caused by the columnar spiral motion in the surrounding space, which includes the rotational motion and the linear motion perpendicular to the plane of rotation.

The linear motion part of the space around a positive charge is a divergent motion radiated by the charge at the speed of light. The rotating motion part of the space around a positive charge rotates counterclockwise.

Space around a negative charge converges from infinity and moves towards the charge at the speed of light. Space around a negative charge rotates clockwise.

22. The changing electric field generates a magnetic field.

When the above charge o point moves relative to our observer at the speed V, it can cause a change in the electric field E in the vertical direction of V, and the part of the change can be called the magnetic field B, B = constant times (V× E), and the Unified Field Theory and relativity both consider this constant to be c², so there is B = V× E/c²

23. The changing gravitational field generates a nuclear force field.

The gravitational field A = g m R/ r³ = g k n R/Ω r³ where R =Ct changes with time t, produces a nuclear force field D = gm(dR/dt) /r³ = g mC /r³

24. The time varying magnetic field B generates the surrounding electric field E and the surrounding gravitational field.

When the magnetic field B passes vertically through the surface S, and when B changes with time t, the surrounding electric field E and the surrounding gravitational field A along the edge of S can be generated (changing the direction of the magnetic field can produce an anti-gravitational field).

dB/dt =A×E/c²

25. The Momentum Formula of the Unified Field Theory.

When the object is at rest, the space around it moves at the speed of light C of a vector, so it has the rest momentum P'= m' C, and the scalar is p' = m' c

When the object is moving with the velocity V, the momentum P = m (C- V)

The scalar formula is:

P = mc√ (1-v²/c²) = p '= m' c

26. The definition of force.

Force is the degree to which the state of motion of an object in space or the state of motion of the space itself around the object changes.

27. The Dynamics Equations of the Unified Field Theory

F = dP/dt = Cdm/dt - Vdm/dt +mdC/dt-mdV/dt

(C-V)dm/dt is the additive mass force, Cdm/dt is the electric field force, Vdm/dt is the magnetic field force, mdV/dt is the Newtonian inertia force, which is also the universal gravitation, mdC/dt is the nuclear force.

Electric field force and magnetic field force are "adding mass force". Gravity and the nuclear force is the "acceleration force."

Momentum formula: 

Grand Unified Field Equation: 

The Law of the Four Forces of the Universe:

The space around any object in the universe moves outward in a cylindrical spiral.

The four forces are the degree of variation in the form of this cylindrical spiral motion.

This cylindrical spiral motion has two vector velocities, one is the circumferential motion vector velocity, and the other is the linear motion vector velocity.

When this velocity changes, it is called gravity.

When this velocity passes through a surface of finite area, the surface changes and a magnetic field force is generated.

When the velocity of the linear vector changes in the direction, the nuclear force is generated, and the nuclear force is the rotational force.

When this linear vector velocity passes through a surface of finite area, the surface changes and an electric field force is generated.

28. The definition of energy.

Energy is the degree of motion of an object in space (equivalent to our observer) or the motion of the space itself around the object.

29. Unified Field Theory Energy Equation.

m' c ² = mc ²√ (1-v²/c²)

m' c ² is the rest energy at o,

o is moving relative to us with the velocity v and the energy is mc ²√ (1-v²/c²).

Where mc² -Ek = m' c ², Ek ≈ (1/2) mv² is kinetic energy.

30. The photon model.

The accelerating negative charge of light creates an anti-gravitational field that cancels out the rest mass of the nearby (or own) electrons, which disappear into an excited state and rest in space (Space is constantly moving at the speed of light) at the speed of light.

The electron is subjected to the mass adding force F = C dm/dt (electric field force) - V dm/dt (magnetic field force) and the mass is lost, and the electron is in the excited state and moves at the speed of light. C is the vector speed of light; V is the electron speed.

Momentum of a moving photon P = m C

m is the mass of photon motion and C is the vector speed of light.

The energy of the moving photon is mc²

Photon model: One is two excited electrons rotating around an axis and moving at the speed of light in the vertical direction of the plane of rotation.

One is that a single excited electron moves in a cylindrical spiral.

The particle nature of light is because the photon is an exciting electron, the volatility is because the photon is stationary in space and moves with space fluctuations, and the volatility of light is because of the fluctuations of space itself.

31. Principles of alien flying saucer.

Any object in the universe if you reduce its mass to zero, that object must suddenly move at the speed of light.

32. Main applications of the Unified Field Theory.

a. Build an alien flying saucer that can travel at the speed of light.

b. Artificial Fields for cold welding that can be used on a large scale.

c. Artificial Information Fields that can completely cure any disease.

d. Instant disappearing movement ---- Global Movement Network.

e. The global large-scale non-wire conduction.

f. Aggregation of Solar Receivers.

g. Infinite compression space processing information.

h. Time and Space Refrigerator.

i. Virtual Architecture and Virtual Human Body.

g. Field Scanning records the internal consciousness information of the human mind, which can realize the docking of the human brain and the computer.

Reference

[1] 张祥前. 果克星惊验之旅. [M]. 大喜文化有限公司出版社. 202305.