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Research

, Volume: 13( 2) DOI: 10.37532/2320-6756.2025.13(1).403

Unification of Gravitation and Electromagnetic Force (First Portion)

Zheng Shengming*

Department of Particle Physics, Beijing Jiaotong University, Beijing, China

*Correspondence:
Zheng Shengming
Department of Particle Physics, Beijing Jiaotong University, Beijing, China
E-mail: chqscg@yandex.com

Received: April 22, 2024, Manuscript No. TSPA-24-132775; Editor assigned: April 24, 2024, PreQC No. TSPA-24-132775 (PQ); Reviewed: May 10, 2024, QC No. TSPA-24-132775; Revised: March 07, 2025, Manuscript No. TSPA-24-132775 (R); Published: March 14, 2025, DOI. 10.37532/2320-6756.2025.13(2).406.

Citation: Shengming Z. Unification of Gravitation and Electromagnetic Force (First Portion). J Phys Astron. 2025; 13(2). 406.

Abstract

Since the discovery of an electron, people have thought that it possesses one electric charge and that the nucleus possesses a contrary charge. Based on the new discovery that moving photons do create force, I have calculated the number Z of elements and discovered that the number Z of elements can be calculated by the frequency of X-rays and the atomic weight can also be calculated by the frequency of X-rays. This method of calculation shows the essence of the electric charge and the essence of the gravitational mass; here, for the first time, this study provides the unification of gravitation and electromagnetic force. Further based on the new discovery that moving photons create force and a formula for describing this new discovery, applying this discovery from the micro world to the macro world shows that from the atomic world to the galaxy world, nature has been working to obey this law and its actions can all be described by this formula. Coulomb’s law and the Newtonian University’s law of gravitation are only approximate calculation formulas for specific conditions.

Keywords

Frequency of X-ray; Force; Gravitation electromagnetic force unification

Introduction

Since Newton discovered universal gravitation [1], people have thought that the origin of gravitation only relates to the gravitational mass and have defined gravitational mass in the expression of gravitation without investigating other origin theories. During the process of investigating the origin of gravitation, my experiments showed that moving photons produce gravitation. This discovery reveals the origin of gravitation. Moreover, I found that the atomic weight can be calculated by the frequency of the X-ray [2]. On the other hand, I have also found that the number Z of elements can also be calculated by the frequency of the X-ray. These experiments and calculations show that the electromagnetic force and gravitation are generated from the same origin. Their essence is the same. Therefore, we can comprehend the meaning of the gravitational mass, which was defined by Newton and Einstein and the meaning of charge, which was defined by Coulomb and Franklin. This shows the unification of gravitation and electromagnetic force.

Force generated by moving photons

The experimental devices are indicated in pictures a, b, and c of Figure 1. The process of the experiment is as follows: First, the light beam L is separated into 2 parts by a ring, as shown in pictures c and d of Figure 1.

Light beam L then becomes two new light beams P and O, as shown in picture d of Figure 1. Along with light moving forward, the five light beams possessing the highest intensity in light beam P with the greatest attractive force obviously attracted light beam O to become a pentagon (Figure 1). Only the five points of light beam O, which correspond to the five points of light beams that possess the highest intensity in light beam P, are in contact with each other and gradually link to each other. Note: At first, light beam P and light beam O do not contact at all. It is impossible for this contact to occur in the light wave theory. This action is not an effect of wave interaction. In contrast, this indicates that moving photons create gravitation (Figure 1).

tspa-picture
 

FIG. 1. Picture b shows the device used in the experiment. Images c and d show the site of the ring in light beam O and images 1-12 show that the form of light beam O changes from a circular shape to a pentagon because moving photons cause gravitation.

To verify that this phenomenon is caused by gravitation, a second experiment was performed. The experimental device is shown in picture an of Figure 2. Images b and c in Figure 2 show that the other light beams do not move forward and that only light beam O is allowed to move forward; under these conditions, light beam O maintains its circular shape. This phenomenon is shown in Figures 1-12 of Figure 2. This result demonstrated that if there was no other light beam, the light beam O would not accept the foregone gravitation.

tspa-picture
 

FIG. 2. This experiment shows that light beam O does not change its circular shape when there are no other light beams moving forward.

In comparison with experiment 1, it appears that light beam O maintains its circular shape in unchanged form when there are no other light beams moving forward. According to the results of this experiment, light beam O does not appear before the phenomenon of gravitation. This phenomenon is confirmed only by the interaction force, indicating that gravitation occurs; thus, we find that moving photons cause gravitation.

Validation of the force generated by moving photons

According to previous studies gravitation origin [1], unification of gravitation and electromagnetic force [2], moving photons generate force. According to this validated discovery, there is an interaction force between two light beams. Specifically, the distribution of light beams in space gives rise to a force field; thus, a change in the force field will change the distribution of light beams in space; on the other hand, a change in the distribution of light beams will change the force field in space. This inference can be further tested to validate the new discovery; for this purpose, I perform the following experiment. Figure 1(a) shows a light source. When all the light beams move forward, the form of the central light beam changes with the form when only the central light beam moves forward. When only the center light beam moves forward, the intensity of the center light beam increases more than that when it moves with the other light beams, which occurs when the other light beams do not move forward; thus, more light beams are attracted to the center. This experiment validated the above findings (Figure 3).

tspa-picture
 

FIG. 3. Image a is a light source. When all light beams move forward, the form of the central light beam changes with the form when only the central light beam moves forward.

If so, the center light beam increases intensely, which indicates that when other light beams do not move forward, more light rays are attracted to the center (Figure 3). This experiment tests the validity of the above discovery that moving photons generate force. From the above experiments, we can obtain a law of nature in which a moving photon creates force.

The quantitative experiment

In a previous article, The origin of gravitation [2], we obtained formula:

Equation

The origin of gravitation [2] does not repeat this description of this effect.

The mechanism of the chemical reaction

The chemical reactions described in article gravitation origin [1] need not be repeated here.

Application in thermoelectricity

For applications in thermoelectricity, see article gravitation origin [1], here, it does not need to be repeated.

From the above five application examples, we know that the formula Equation. is the universal law in the micro world

The essence of electric charge

According to the above discoveries and formula:

Equation

We can obtain a formula that can calculate the nuclear charge of an element; see the following formula:

Equation

Where QZ is the nuclear charge of the element, Am is the atomic weight of the element, Z is the atomic number, and λk1, λk2 are the first and second wavelengths of X-ray emission, respectively, in k, λ is the mean wavelength of these two wavelengths of X-ray emission. b, k1, k2 are all constant. The test results for this formula are shown in Tables 1 and 2 [3,4].

Z Symbol Atomic weight (Am) Am-Z λk1 × 10-10 λk2 × 10-10 d Equation b k1 k2 Equation
3 Li 6.941 3.9410 241.686 226,456 1.001 234192 2.72641 × 1015 5 × 10-4 2.075 × 10-8 3.000
4 Be 9.012 5.0120 114272 111.698 1.007 113379 2.72641 × 1015 5 × 10-4 2.075 × 10-8 4.000
5 B 10.811 5.8810 67.64 65.9495 1.005 66.9638 2.72641 × 1015 5 × 10-4 2.075 × 10-8 5.000
6 C 12.001 6.0110 44.76 43.6813 1.002 44.2654 2.72641 × 1015 5 × 10-4 2.075 × 10-8 6.000
7 N 14006 7.0060 31.5966 31.5966 1.006 31.388 2.72641 × 1015 5 × 10-4 2.075 × 10-8 7.000
8 0 15999 7.9990 23.6207 23.3186 0.996 23.4224 2.72641 × 1015 5 × 10-4 2.075 × 10-8 8.000
9 F 18,998 9.9980 182000 18.0499 1.000 18.125 2.72641 × 1015 5 × 10-4 2.075 × 10-8 9.000
10 Ne 20,179 10.1790 14.6105 14.3023 1.001 14.4637 2.72641 × 1015 5 × 10-4 2.075 × 10-8 10.00
11 Na 22,989 11.989 11.9102 11.6174 1.004 11.7876 2.72641 × 1015 5 × 10-4 2.075 × 10-8 11.00
12 Mg 24.305 12.3050 9.807 9.807 1.000 9.807 2.72641 × 1015 5 × 10-4 2.075 × 10-8 12.00
13 A1 26,981 13,9810 8.27067 8.27067 1.000 8.27067 2.72641 × 1015 5 × 10-4 2.075 × 10-8 13.00
14 Si 28.085 14,0850 7.07677 7.07677 1001 7.0803 2.72641 × 1015 5 × 10-4 2.075 × 10-8 14.00
15 P 30,973 15.9730 6.11663 6.11663 1.001 6.11968 2.72641 × 1015 5 × 10-4 2.075 × 10-8 15.00
16 S 32,065 16.0650 5.35329 5.34077 1.002 5.35038 2.72641 × 1015 5 × 10-4 2.075 × 10-8 16.00
17 a 35,453 18,4530 4.711 4.69567 1001 4.70569 2.72641 × 1015 5 × 10-4 2.075 × 10-8 17.00
18 Ar 39,948 21.948 4.1918 4.1918 0.993 4.16245 2.72641 × 1015 5 × 10-4 2.075 × 10-8 18.00
19 K 39098 20,098 3.7414 3.7206 1.000 3.731 2.72641 × 1015 5 × 10-4 2.075 × 10-8 19.00
20 Ca 40.078 20,0780 3.36166 3.34013 1003 3.35593 2.72641 × 1015 5 × 10-4 2.075 × 10-8 20.00
21 Sc 44,956 23,9550 3.0309 3.0309 0.997 3.02181 2.72641 × 1015 5 × 10-4 2.075 × 10-8 21.00
22 T1 47,867 25,8760 2.74851 2.74851 0.997 2.74026 2.72641 × 1015 5 × 10-4 2.075 × 10-8 22.00
23 V 50.941 27,9410 2.50856 2.50356 0.997 2.49605 2.72641 × 1015 5 × 10-4 2.075 × 10-8 23.00
24 Cr 51,996 27,9960 2.2897 2.2897 0.999 2.28741 2.72641 × 1015 5 × 10-4 2.075 × 10-8 24.00
25 Mn 54,938 29.9380 2.1018 2.1018 0.999 2.09969 2.72641 × 1015 5 × 10-4 2.075 × 10-8 25.00
26 Fe 55.845 29.8450 1.93998 1.93735 1,000 1.93866 2.72641 × 1015 5 × 10-4 2.075 × 10-8 26.00
27 Co 58.933 31.9330 1.79285 1.78896 1.000 1.79091 2.72641 × 1015 5 × 10-4 2.075 × 10-8 27.00
28 Ni 58.693 30,6930 1.66179 1.66179 1,001 1.66345 2.72641 × 1015 5 × 10-4 2.075 × 10-8 28.00
29 Cu 63.546 34,5460 1.5444 1.54056 1,001 1.54325 2.72641 × 1015 5 × 10-4 2.075 × 10-8 29.00
30 Zn 65,409 35,4090 1.439 1.43515 1.002 1.43851 2.72641 × 1015 5 × 10-4 2.075 × 10-8 30.00
31 G 69,723 38.723 1.34138 1.34138 1,000 1.34138 2.72641 × 1015 5 × 10-4 2.075 × 10-8 31.00
32 Ge 72.641 40.640 1.25405 125405 1,000 125405 2.72641 × 1015 5 × 10-4 2.075 × 10-8 32.00
33 As 74,921 41.9210 1.17588 1.17588 1.001 117705 2.72641 × 1015 5 × 10-4 2.075 × 10-8 33.00
34 Se 78,963 44,9600 1.10477 1.10477 0.999 1.10366 2.72641 × 1015 5 × 10-4 2.075 × 10-8 34.00
35 Br 79,904 44,9040 1.03974 1.03974 1,001 1.04077 2.72641 × 1015 5 × 10-4 2.075 × 10-8 35.00
36 Kr 83.798 47,7980 0.9801 0.9801 0.999 0.98 2.72641 × 1015 5 × 10-4 2.075 × 10-8 36.00
37 Rb 85,467 48,4670 0.9255 0.9255 1.000 0.9255 2.72641 × 1015 5 × 10-4 2.075 × 10-8 37.00
38 Sr 87,621 49.620 0.87529 0.87529 1001 0.87616 2.72641 × 1015 5 × 10-4 2.075 × 10-8 38.00
39 Y 88.905 49,9050 0.83071 0.83071 1.000 0.8307 2.72641 × 1015 5 × 10-4 2.075 × 10-8 39.00
40 Zr 91.224 51.2240 0.79012 0.78595 1.000 0.78803 2.72641 × 1015 5 × 10-4 2.075 × 10-8 40.00
41 Nb 92,906 51.9060 0.7504 0.74622 1.001 0.74868 2.72641 × 1015 5 × 10-4 2.075 × 10-8 41.00
42 Mo 95,942 53,9400 0.7136 0.70932 1001 0.71181 2.72641 × 1015 5 × 10-4 2.075 × 10-8 42.00
43 Tc 97.907 54,9070 0.67934 0.67509 1.003 0.67823 2.72641 × 1015 5 × 10-4 2.075 × 10-8 43.00
44 Ru 101.07 57,0700 0.64743 0.6431 1.002 0.64591 2.72641 × 1015 5 × 10-4 2.075 × 10-8 44.00
45 Rh 102,905 57,9050 0.61765 0.61329 1.003 0.61639 2.72641 × 1015 5 × 10-4 2.075 × 10-8 45.00
46 Pd 106.421 60.420 0.58984 0.58547 1.002 0.5881 2.72641 × 1015 5 × 10-4 2.075 × 10-8 46.00
47 Ag 107.868 60.8680 0.56382 0.55943 1.004 0.56277 2.72641 × 1015 5 × 10-4 2.075 × 10-8 47.00
48 Cd 112,441 64,4110 0.53944 0.53503 1.000 0.53723 2.72641 × 1015 5 × 10-4 2.075 × 10-8 48.00
49 In 114.818 65.8180 0.51656 0.51213 1.001 0.5146 2.72641 × 1015 5 × 10-4 2.075 × 10-8 49.00
50 Sn 118.711 68.7110 0.49062 0.49062 1.003 0.49209 2.72641 × 1015 5 × 10-4 2.075 × 10-8 50.00

TABLE. 1 The essence of electric charge.

Z Symbol Atomic weight (Am) Am-Z λk1 × 10-10 λk2 × 10-10 d Equation b k1 k2 Equation
51 Sb 121.761 70.761 0.47037 0.47037 1.004 0.47210 2.72641 × 1015 5 × 10-4 2.075 × 10-8 51.0
52 Te 127.603 75.603 0.45129 0.45129 1.001 0.45170 2.72641 × 1015 5 × 10-4 2.075 × 10-8 52.0
53 I 126.904 73.904 0.43784 0.43333 0.999 0.43536 2.72641 × 1015 5 × 10-4 2.075 × 10-8 53.0
54 Xe 131.293 77.293 0.41635 0.41635 1.003 0.41759 2.72641 × 1015 5 × 10-4 2.075 × 10-8 54.0
55 Cs 132.905 77.905 0.40180 0.40180 1.001 0.40220 2.72641 × 1015 5 × 10-4 2.075 × 10-8 55.0
56 Ba 137.327 81.327 0.38512 0.38512 1.005 0.38666 2.72641 × 1015 5 × 10-4 2.075 × 10-8 56.0
57 La 138.905 81.905 0.37532 0.37075 0.998 0.37266 2.72641 × 1015 5 × 10-4 2.075 × 10-8 57.0
58 Ce 140.116 82.116 0.36169 0.35710 1.001 0.35958 2.72641 × 1015 5 × 10-4 2.075 × 10-8 58.0
59 Pr 140.907 81.907 0.34876 0.34415 1.006 0.34750 2.72641 × 1015 5 × 10-4 2.075 × 10-8 59.0
60 Nd 144.243 84.240 0.33185 0.33185 1.010 0.33517 2.72641 × 1015 5 × 10-4 2.075 × 10-8 60.0
61 Pm 144.910 83.910 0.32481 0.31481 0.998 0.32416 2.72641 × 1015 5 × 10-4 2.075 × 10-8 61.0
62 Sm 150.363 88.363 0.31371 0.30905 1.006 0.31232 2.72641 × 1015 5 × 10-4 2.075 × 10-8 62.0
63 Eu 151.964 88.964 0.30313 0.30313 0.997 0.30222 2.72641 × 1015 5 × 10-4 2.075 × 10-8 63.0
64 Gd 157.253 93.253 0.29305 0.28836 1.005 0.29143 2.72641 × 1015 5 × 10-4 2.075 × 10-8 64.0
65 Tb 158.925 93.925 0.28343 0.27873 1.008 0.28221 2.72641 × 1015 5 × 10-4 2.075 × 10-8 65.0
66 Dy 162.500 96.500 0.27427 0.26954 1.007 0.27186 2.72641 × 1015 5 × 10-4 2.075 × 10-8 66.0
67 Ho 164.930 97.930 0.26549 0.26077 1.009 0.26432 2.72641 × 1015 5 × 10-4 2.075 × 10-8 67.0
68 Er 167.259 99.259 0.25712 0.25237 1.011 0.25616 2.72641 × 1015 5 × 10-4 2.075 × 10-8 68.0
69 Tm 168.934 99.934 0.25163 0.24435 1.005 0.24862 2.72641 × 1015 5 × 10-4 2.075 × 10-8 69.0
70 Yb 173.043 103.04 0.24150 0.23666 1.013 0.24065 2.72641 × 1015 5 × 10-4 2.075 × 10-8 70.0
71 Lu 174.967 103.967 0.23409 0.23409 0.998 0.23362 2.72641 × 1015 5 × 10-4 2.075 × 10-8 71.0
72 Hf 178.490 106.49 0.22926 0.22223 1.007 0.22655 2.72641 × 1015 5 × 10-4 2.075 × 10-8 72.0
73 Ta 180.948 107.95 0.22030 0.22030 0.999 0.22007 2.72641 × 1015 5 × 10-4 2.075 × 10-8 73.0
74 W 183.840 109.84 0.21383 0.21383 0.999 0.21362 2.72641 × 1015 5 × 10-4 2.075 × 10-8 74.0
75 Re 186.205 111.205 0.26762 0.26762 1.000 0.20762 2.72641 × 1015 5 × 10-4 2.075 × 10-8 75.0
76 Os 190.230 114.23 0.20165 0.20165 0.999 0.20145 2.72641 × 1015 5 × 10-4 2.075 × 10-8 76.0
77 Ir 192.217 115.217 0.19591 0.19591 1.001 0.19611 2.72641 × 1015 5 × 10-4 2.075 × 10-8 77.0
78 Pt 195.078 117.078 0.19038 0.19038 1.001 0.19057 2.72641 × 1015 5 × 10-4 2.075 × 10-8 78.0
79 Au 196.967 117.967 0.18508 0.18508 1.002 0.18545 2.72641 × 1015 5 × 10-4 2.075 × 10-8 79.0
80 Hg 200.590 120.59 0.17996 0.17996 1.002 0.18032 2.72641 × 1015 5 × 10-4 2.075 × 10-8 80.0
81 Tl 204.383 123.38 0.17504 0.17504 1.003 0.17556 2.72641 × 1015 5 × 10-4 2.075 × 10-8 81.0
82 Pb 207.200 125.20 0.17030 0.17030 1.003 0.17081 2.72641 × 1015 5 × 10-4 2.075 × 10-8 82.0
83 Bi 208.980 125.98 0.16572 0.16572 1.005 0.16655 2.72641 × 1015 5 × 10-4 2.075 × 10-8 83.0
84 Po 208.980 124.98 0.16248 0.16248 1.002 0.16280 2.72641 × 1015 5 × 10-4 2.075 × 10-8 84.0
85 At 209.990 124.99 0.15846 0.15846 1.003 0.15893 2.72641 × 1015 5 × 10-4 2.075 × 10-8 85.0
86 Rn 222.020 136.02 0.15293 0.15293 1.003 0.15338 2.72641 × 1015 5 × 10-4 2.075 × 10-8 86.0
87 Fr 223.020 136.02 0.15028 0.15028 0.998 0.14998 2.72641 × 1015 5 × 10-4 2.075 × 10-8 87.0
88 Ra 226.030 138.03 0.14640 0.14640 0.998 0.14611 2.72641 × 1015 5 × 10-4 2.075 × 10-8 88.0
89 Ac 227.030 138.03 0.14265 0.14265 1.001 0.14279 2.72641 × 1015 5 × 10-4 2.075 × 10-8 89.0
90 Th 232.038 142.04 0.13903 0.13903 1.000 0.13903 2.72641 × 1015 5 × 10-4 2.075 × 10-8 90.0
91 Pa 231.035 140.04 0.13552 0.13552 1.005 0.13620 2.72641 × 1015 5 × 10-4 2.075 × 10-8 91.0
92 U 238.028 146.03 0.13212 0.13212 1.002 0.13238 2.72641 × 1015 5 × 10-4 2.075 × 10-8 92.0
93 Np 237.050 144.05 0.12883 0.12883 1.008 0.12986 2.72641 × 1015 5 × 10-4 2.075 × 10-8 93.0
94 Pu 244.060 150.06 0.12564 0.12564 1.005 0.12626 2.72641 × 1015 5 × 10-4 2.075 × 10-8 94.0
95 Am 243.060 148.05 0.12255 0.12255 1.008 0.12365 2.72641 × 1015 5 × 10-4 2.075 × 10-8 95.0
96 Cm 247.070 151.07 0.11955 0.11955 1.010 0.12075 2.72641 × 1015 5 × 10-4 2.075 × 10-8 96.0
97 Bk 247.070 150.07 0.11662 0.11662 1.015 0.11887 2.72641 × 1015 5 × 10-4 2.075 × 10-8 97.0
98 Cf 251.080 153.08 0.11383 0.11383 1.017 0.11577 2.72641 × 1015 5 × 10-4 2.075 × 10-8 98.0
99 Es 252.080 153.08 0.11109 0.11109 1.020 0.11331 2.72641 × 1015 5 × 10-4 2.075 × 10-8 99.0
100 Fm 257.010 157.01 0.10838 0.10838 1.021 0.11066 2.72641 × 1015 5 × 10-4 2.075 × 10-8 100.0

TABLE. 2 The essence of electric charge.

K1=KL3=1 s1/2−2p3/2,

K2=KL2=1 s1/2−2p1/2

Equation

For example, for Li,Equation

The number or nuclear charge of other elements can also be calculated by this formula. This formula indicates that the nuclear charge of an element can be calculated by the wavelength of the X-ray of the element; thus, this formula indicates the essence of the nuclear charge of the element, namely, it reveals the essence of the electric charge.

The essence of gravitational mass

According to the above findings, the following formula can be used to calculate the atomic mass of an element by moving photons: Equation

where ma is the atomic mass of the element, Am is the atomic weight of the element, Z is the atomic number or element number, λk1 is the wavelength of X-ray emission at a lower energy level, λk2 is the wavelength of X-ray emission at a higher energy level, and λ is the mean wavelength of these two wavelengths of X-ray emission. b, k1, k2 are all constant. For example,

Equation

Other atomic masses can also be calculated by this formula. The test results for this formula are shown in Tables 3 and 4 [3-6].

Z Symbol Atomic weight (Am) Am-Z λk1 × 10-10 λk2 × 10-10 Equation  b k1 k2 Equation
3 Li 6.9410 3.941   226.456 226.456 2.72641 × 1015 1.314 1.115 × 10-8 6.5941
4 Be 9.0120 5.012   111.698 111.698 2.72641 × 1015 1.314 1.115 × 10-8 8.5812
5 B 10.811 5.881   65.9495 65.9495 2.72641 × 1015 1.314 1.115 × 10-8 10.413
6 C 12.011 6.011   43.6813 43.6813 2.72641 × 1015 1.314 1.115 × 10-8 12.015
7 N 14.006 7.006   30.9899 30.9899 2.72641 × 1015 1.314 1.115 × 10-8 14.018
8 O 15.999 7.999   23.3186 23.3186 2.72641 × 1015 1.314 1.115 × 10-8 15.691
9 F 18.998 9.998   18.0894 18.0894 2.72641 × 1015 1.314 1.115 × 10-8 18.359
10 Ne 20.179 10.179   14.3023 14.3023 2.72641 × 1015 1.314 1.115 × 10-8 20.177
11 Na 22.989 11.989   11.5693 11.5693 2.72641 × 1015 1.314 1.115 × 10-8 22.917
12 Mg 24.305 12.305 9.51257   9.51257 2.72641 × 1015 1.314 1.115 × 10-8 24.086
13 Al 26.981 13.981 7.9484   7.94838 2.72641 × 1015 1.314 1.115 × 10-8 26.703
14 Si 28.085 14.085   6.73833 6.73833 2.72641 × 1015 1.314 1.115×10-8 28.186
15 P 30.973 15.973 5.78424 5.78424 5.78424 2.72641 × 1015 1.314 1.115 × 10-8 30.970
16 S 32.065 16.065   5.03166 5.03166 2.72641 × 1015 1.314 1.115 × 10-8 32.405
17 Cl 35.453 18.453     4.403905 2.72641 × 1015 1.314 1.115 × 10-8 35.572
18 Ar 39.948 21.948   3.8861 3.8861 2.72641 × 1015 1.314 1.115 × 10-8 39.567
19 K 39.098 20.098 3.7445 3.4365 3.5905 2.72641 × 1015 1.314 1.115 × 10-8 39.078
20 Ca 40.078 20.078 3.3617 3.0704 3.2161 2.72641 × 1015 1.314 1.115 × 10-8 40.252
21 Sc 44.955 23.955 3.0343 2.7620 2.8982 2.72641 × 1015 1.314 1.115 × 10-8 44.434
22 Ti 47.876 25.876 2.7486 2.4974 2.6230 2.72641 × 1015 1.314 1.115 × 10-8 47.216
23 V 50.941 27.941 2.5074 2.2692 2.3883 2.72641 × 1015 1.314 1.115 × 10-8 50.069
24 Cr 51.996 27.996 2.2897 2.0703 2.1800 2.72641 × 1015 1.314 1.115 × 10-8 51.498
25 Mn 54.938 29.938 2.1018 1.8965 1.99915 2.72641 × 1015 1.314 1.115 × 10-8 54.291
26 Fe 55.845 29.845 1.9361 1.7435 1.83980 2.72641 × 1015 1.314 1.115 × 10-8 55.593
27 Co 58.933 31.933 1.78903 1.6082 1.69862 2.72641 × 1015 1.314 1.115 × 10-8 58.499
28 Ni 58.693 30.693 1.6618 1.4881 1.57495 2.72641 × 1015 1.314 1.115 × 10-8 58.921
29 Cu 63.546 34.546 1.5444 1.3806 1.46256 2.72641 × 1015 1.314 1.115 × 10-8 63.131
30 Zn 65.409 35.409 1.4390 1.28339 1.36120 2.72641 × 1015 1.314 1.115 × 10-8 65.152
31 Ga 69.723 38.723 1.3401 1.19582 1.26796 2.72641 × 1015 1.314 1.115 × 10-8 69.038
32 Ge 72.641 40.640 1.2541 1.11662 1.18536 2.72641 × 1015 1.314 1.115 × 10-8 72.048
33 As 74.921 41.921 1.1799 1.04496 1.11243 2.72641 × 1015 1.314 1.115 × 10-8 74.141
34 Se 78.963 44.960 1.1048 0.97977 1.04229 2.72641 × 1015 1.314 1.115 × 10-8 78.078
35 Br 79.904 44.904 1.0438 0.92045 0.98213 2.72641 × 1015 1.314 1.115 × 10-8 79.366
36 Kr 83.798 47.798 0.9801 0.86555 0.92283 2.72641 × 1015 1.314 1.115 × 10-8 83.038
37 Rb 85.467 48.467 0.92558 0.81556 0.87057 2.72641 × 1015 1.314 1.115 × 10-8 85.115
38 Sr 87.621 49.620 0.8795 0.76976 0.82463 2.72641 × 1015 1.314 1.115 × 10-8 87.148
39 Y 88.905 49.905 0.8330 0.72769 0.78035 2.72641 × 1015 1.314 1.115 × 10-8 88.786
40 Zr 91.224 51.224 0.7901 0.68885 0.73948 2.72641 × 1015 1.314 1.115 × 10-8 91.201
41 Nb 92.906 51.906 0.7504 0.65300 0.70170 2.72641 × 1015 1.314 1.115 × 10-8 92.891
42 Mo 95.942 53.940 0.7136 0.61994 0.66677 2.72641 × 1015 1.314 1.115 × 10-8 95.838
43 Tc 97.907 54.907 0.6793 0.58908 0.63419 2.72641 × 1015 1.314 1.115 × 10-8 97.997
44 Ru 101.07 57.070 0.6474 0.56053 0.60397 2.72641 × 1015 1.314 1.115 × 10-8 101.027
45 Rh 102.905 57.905 0.6176 0.54121 0.57941 2.72641 × 1015 1.314 1.115 × 10-8 102.804
46 Pd 106.421 60.421 0.5898 0.50922 0.54951 2.72641 × 1015 1.314 1.115 × 10-8 106.452
47 Ag 107.868 60.868 0.5638 0.49771 0.53076 2.72641 × 1015 1.314 1.115 × 10-8 107.650
48 Cd 112.441 64.411 0.5394 0.46409 0.50175 2.72641 × 1015 1.314 1.115 × 10-8 112.372
49 In 114.818 65.818 0.5165 0.44372 0.48011 2.72641 × 1015 1.314 1.115 × 10-8 114.897
50 Sn 118.711 68.711 0.4950 0.42468 0.45984 2.72641 × 1015 1.314 1.115 × 10-8 118.547
51 Sb 121.761 70.761 0.4748 0.40669 0.44075 2.72641 × 1015 1.314 1.115 × 10-8 121.572
52 Te 127.603 75.603 0.4513 0.38975 0.42053 2.72641 × 1015 1.314 1.115 × 10-8 127.051
53 I 126.904 73.904 0.4378 0.37383 0.40582 2.72641 × 1015 1.314 1.115 × 10-8 126.919
54 Xe 131.293 77.293 0.4208 0.35844 0.38962 2.72641 × 1015 1.314 1.115 × 10-8 131.020
55 Cs 132.905 77.905 0.4048 0.34453 0.37467 2.72641 × 1015 1.314 1.115 × 10-8 132.959
56 Ba 137.327 81.327 0.3896 0.33105 0.36033 2.72641 × 1015 1.314 1.115 × 10-8 137.082
57 La 138.905 81.905 0.3753 0.31937 0.34734 2.72641 × 1015 1.314 1.115 × 10-8 138.931
58 Ce 140.116 82.116 0.3617 0.30649 0.33410 2.72641 × 1015 1.314 1.115 × 10-8 140.695
59 Pr 140.907 81.907 0.3487 0.30498 0.32684 2.72641 × 1015 1.314 1.115 × 10-8 140.890
60 Nd 144.243 84.240 0.3365 0.29404 0.31527 2.72641 × 1015 1.314 1.115 × 10-8 144.270
61 Pm 144.910 83.910 0.3248 0.28361 0.30421 2.72641 × 1015 1.314 1.115 × 10-8 145.524
62 Sm 150.363 88.363 0.3137 0.27376 0.29373 2.72641 × 1015 1.314 1.115 × 10-8 150.418
63 Eu 151.964 88.964 0.3031 0.26434 0.28372 2.72641 × 1015 1.314 1.115 × 10-8 151.987
64 Gd 157.253 93.253 0.2930 0.25535 0.27418 2.72641 × 1015 1.314 1.115 × 10-8 157.200
65 Tb 158.925 93.925 0.2834 0.24684 0.26512 2.72641 × 1015 1.314 1.115 × 10-8 158.954
66 Dy 162.500 96.500 0.2743 0.23863 0.25647 2.72641 × 1015 1.314 1.115 × 10-8 162.745
67 Ho 164.930 97.930 0.2655 0.23084 0.24817 2.72641 × 1015 1.314 1.115 × 10-8 164.952
68 Er 167.259 99.259 0.2572 0.22342 0.24031 2.72641 × 1015 1.314 1.115 × 10-8 167.957
69 Tm 168.934 99.934 0.2491 0.21636 0.23273 2.72641 × 1015 1.314 1.115 × 10-8 169.589
70 Yb 173.043 103.04 0.2438 0.21037 0.22708 2.72641 × 1015 1.314 1.115 × 10-8 173.409
71 Lu 174.967 103.97 0.2364 0.20384 0.22012 2.72641 × 1015 1.314 1.115 × 10-8 175.689
72 Hf 178.490 106.49 0.2293 0.19759 0.21345 2.72641 × 1015 1.314 1.115 × 10-8 179.204
73 Ta 180.948 107.95 0.2225 0.19161 0.20705 2.72641 × 1015 1.314 1.115 × 10-8 181.916
74 W 183.850 109.85 0.2159 0.18586 0.20088 2.72641 × 1015 1.314 1.115 × 10-8 184.993
75 Re 186.207 111.21 0.2096 0.18035 0.19498 2.72641 × 1015 1.314 1.115 × 10-8 187.653
76 Os 190.200 114.20 0.2036 0.17506 0.18933 2.72641 × 1015 1.314 1.115 × 10-8 191.579
77 Ir 192.220 115.22 0.1978 0.16998 0.18388 2.72641 × 1015 1.314 1.115 × 10-8 193.482
78 Pt 195.080 117.08 0.1921 0.16509 0.17865 2.72641 × 1015 1.314 1.115 × 10-8 196.555
79 Au 196.967 117.97   0.18020 0.18020 2.72641 × 1015 1.314 1.115 × 10-8 195.795
80 Hg 200.590 120.59   0.17507 0.17507 2.72641 × 1015 1.314 1.115 × 10-8 200.020
80 Hg 200.590 120.59   0.17507 0.17507 2.72641 × 1015 1.314 1.115 × 10-8 200.020
81 Tl 204.383 121.38   0.17013 0.17013 2.72641 × 1015 1.314 1.115 × 10-8 203.322
82 Pb 207.200 125.20   0.16538 0.16538 2.72641 × 1015 1.314 1.115 × 10-8 206.425
83 Bi 208.980 `125.98   0.16079 0.16079 2.72641 × 1015 1.314 1.115 × 10-8 208.757
84 Po 208.982 124.98   0.15633 0.15633 2.72641 × 1015 1.314 1.115 × 10-8 209.760
85 At 209.987 124.99   0.15209 0.15209 2.72641 × 1015 1.314 1.115 × 10-8 211.503

TABLE. 3 The essence of gravitational mass.

Z Symbol Atomic weight (Am) Am-Z λk1 × 10-10 λk2  × 10-10 Equation  b k1 k2 Equation
86 Rn 222.017 136.02   0.14797 0.14797 2.72641 × 1015 1.314 1.115 × 10-8 221.783
87 Fr 223.019 136.02   0.14399 0.14399 2.72641 × 1015 1.314 1.115 × 10-8 223.586
88 Ra 226.025 138.03   0.14014 0.14014 2.72641 × 1015 1.314 1.115 × 10-8 226.959
89 Ac 227.028 138.03 0.1414 0.13640 0.13890 2.72641 × 1015 1.314 1.115 × 10-8 227.379
90 Th 232.038 142.04 0.1378 0.13282 0.13532 2.72641 × 1015 1.314 1.115 × 10-8 231.625
91 Pa 232.038 141.04 0.1344 0.12933 0.13184 2.72641 × 1015 1.314 1.115 × 10-8 232.652
92 U 238.028 146.03 0.1310 0.12595 0.12848 2.72641 × 1015 1.314 1.115 × 10-8 238.318
93 Np 237.048 144.05 0.1288 0.12268 0.12575 2.72641 × 1015 1.314 1.115 × 10-8 237.447
94 Pu 244.064 150.06 0.1246 0.11951 0.12204 2.72641 × 1015 1.314 1.115 × 10-8 245.156
95 Am 243.061 149.06 0.1215   0.12150 2.72641 × 1015 1.314 1.115 × 10-8 242.935
96 Cm 247.071 151.07 0.1185   0.11854 2.72641 × 1015 1.314 1.115 × 10-8 247.051
97 Bk 247.071 150.07   0.11566 0.11566 2.72641 × 1015 1.314 1.115 × 10-8 248.101
98 Cf 251.079 153.08   0.11288 0.11288 2.72641 × 1015 1.314 1.115 × 10-8 251.572
99 Es 252.083 153.08 0.1111   0.11107 2.72641 × 1015 1.314 1.115 × 10-8 252.387
100 Fm 257.095 157.09 0.1084   0.10838 2.72641 × 1015 1.314 1.115 × 10-8 257.331

TABLE. 4 The below table shows atomic masses.

In these tables, from Cl to La, the X-ray wavelengths include the Kl2 and Kabs edges at the K level. Some data were obtained via the following formula: λ=12398.418/(E(eV)). From Li to S, the constant k3 is 1.135e-8, which is more accurate than the value of 1.115e-8. From Cl to Fm, the constant K3 is 1.115e-8. This calculation shows that the essence of gravitational mass is due to the movement of photons. Because the atomic mass in the periodic table of elements is a weighted aggregate, every atomic mass with its X-ray wavelength is used to accurately test the meaning ofEquation see the following test Tables 5 and 6 [3-6].

Z Symbol Atomic weight (Am) Natural abundance λk1 × 10-10 λk2 × 10-10 Equation  b k1 Equation
3 Li 7.0120 92.414   226.456 226.456 2.72641 × 1015 1.314 1.17661 × 10-8
4 Be 9.0120 100   111.698 111.698 2.72641 × 1015 1.314 1.17095 × 10-8
5 B 11.0093 80.17 65.9496   65.9496 2.72641 × 1015 1.314 1.16525 × 10-8
6 C 12.0000 98.93   43.6813 43.6813 2.72641 × 1015 1.314 1.13425 × 10-8
7 N 14.0031 99.636   30.9899 30.9899 2.72641 × 1015 1.314 1.13353 × 10-8
8 O 15.999 99.757   23.3186 23.3186 2.72641 × 1015 1.314 1.13686 × 10-8
9 F 18.998 100   18.0894 18.0894 2.72641 × 1015 1.314 1.15379 × 10-8
10 Ne 19.9924 90.48   14.3023 14.3023 2.72641 × 1015 1.314 1.13220 × 10-8
11 Na 22.989 100   11.5755 11.5755 2.72641 × 1015 1.314 1.14121 × 10-8
12 Mg 25.985 10.029 9.8903   9.8903 2.72641 ×1015 1.314 1.16570 × 10-8
13 Al 26.981 100 8.342   8.342 2.72641 × 1015 1.314 1.15171 × 10-8
14 Si 27.9769 92.223   7.0665 7.0665 2.72641 × 1015 1.314 1.13433 × 10-8
15 P 30.9737 100 6.1661 6.1088 6.13345 2.72641 × 1015 1.314 1.14575 × 10-8
16 S 31.972 94.99 5.3719 5.0187 5.1953 2.72641 × 1015 1.314 1.11894 × 10-8
17 Cl 34.9688 75.76 4.8889 4.3982 4.6435 2.72641 × 1015 1.314 1.13490 × 10-8
18 Ar 39.9622 99.603 4.1948 3.871 4.0329 2.72641 × 1015 1.314 1.14563 × 10-8
19 K 38.9637 93.258 3.7445 3.4365 3.5905 2.72641 × 1015 1.314 1.11955 × 10-8
20 Ca 39.9625 96.941 3.3617   3.3617 2.72641 × 1015 1.314 1.13272 × 10-8
21 Sc 44.9559 100 3.0343 2.762 2.8982 2.72641 × 1015 1.314 1.12808 × 10-8
22 Ti 47.9479 73.72 2.7523 2.4974 2.6249 2.72641 × 1015 1.314 1.13147 × 10-8
23 V 50.9439 99.75 2.5074 2.2692 2.3883 2.72641 × 1015 1.314 1.13441 × 10-8
24 Cr 51.9406 83.789 2.2936 2.0703 2.182 2.72641 × 1015 1.314 1.12596 × 10-8
25 Mn 54.938 100 2.1058 1.8965 2.0012 2.72641 × 1015 1.314 1.12883 × 10-8
26 Fe 55.9349 91.754 1.9401 1.7435 1.8418 2.72641 × 1015 1.314 1.12098 × 10-8
27 Co 58.933 100 1.7929 1.6082 1.70055 2.72641 × 1015 1.314 1.12388 × 10-8
28 Ni 57.9353 68.077 1.6618   1.6618 2.72641 × 1015 1.314 1.13572 × 10-8
29 Cu 62.9295 69.15 1.5444 1.3806 1.46256 2.72641 × 1015 1.314 1.11949 × 10-8
30 Zn 65.926 27.73 1.439 1.28339 1.3612 2.72641 × 1015 1.314 1.12167 × 10-8
31 Ga 68.9255 60.108 1.344 1.19582 1.26991 2.72641 × 1015 1.314 1.12360 × 10-8
32 Ge 73.9211 36.521 1.258 1.11662 1.18731 2.72641 × 1015 1.314 1.13301 × 10-8
33 As 74.9215 100 1.1799 1.04496 1.11243 2.72641 × 1015 1.314 1.12673 × 10-8
34 Se 79.9165 49.803 1.1088 0.97977 1.0443 2.72641 × 1015 1.314 1.13722 × 10-8
35 Br 80.9162 49.31 1.0438 0.92045 0.98213 2.72641 × 1015 1.314 1.12909 × 10-8
36 Kr 83.9114 56.987 0.9841 0.86555 0.92483 2.72641 × 1015 1.314 1.12978 × 10-8
37 Rb 84.9117 72.172 0.9297 0.81556 0.87263 2.72641 × 1015 1.314 1.12408 × 10-8
38 Sr 87.9056 82.581 0.8795 0.76976 0.82463 2.72641 × 1015 1.314 1.12497 × 10-8
39 Y 88.9058 100 0.833 0.72769 0.78035 2.72641 × 1015 1.314 1.11950 × 10-8
40 Zr 89.9045 51.45 0.7901 0.68885 0.73948 2.72641 × 1015 1.314 1.11418 × 10-8
41 Nb 92.9063 100 0.7504 0.653 0.7017 2.72641 × 1015 1.314 1.11517 × 10-8
42 Mo 97.9054 24.292 0.7136 0.61994 0.66677 2.72641 × 1015 1.314 1.12182 × 10-8
43 Tc 99.9076 15.8s 0.6793 0.58908 0.63419 2.72641 × 1015 1.314 1.11958 × 10-8
44 Ru 101.904 31.55 0.6474 0.56053 0.60397 2.72641 × 1015 1.314 1.11745 × 10-8
45 Rh 102.905 100 0.6176 0.53396 0.57578 2.72641 × 1015 1.314 1.11267 × 10-8
46 Pd 107.903 26.46 0.5898 0.50922 0.54951 2.72641 × 1015 1.314 1.11848 × 10-8
47 Ag 108.905 48.162 0.5638 0.4859 0.52485 2.72641 × 1015 1.314 1.11405 × 10-8
48 Cd 113.903 28.754 0.5394 0.46409 0.50175 2.72641 × 1015 1.314 1.11897 × 10-8

TABLE. 5 The essence of gravitational mass is due to the movement of photons.

Z

Symbol

Atomic weight (Am)

Natural abundance

λk1 × λ10-10

λk2 × 10-10

Equation

 b

k1

Equation

49

In

114.904

95.715

0.5165

0.44372

0.48011

2.72641 × 1015

1.314

1.11443 × 10-8

50

Sn

119.902

32.589

0.495

0.42468

0.45984

2.72641 × 1015

1.314

1.11924 × 10-8

51

Sb

122.904

42.79

0.4748

0.40669

0.44075

2.72641 × 1015

1.314

1.11925 × 10-8

52

Te

125.903

18.84

0.4558

0.38975

0.42278

2.72641 × 1015

1.314

1.11920 × 10-8

53

I

126.904

100

0.4378

0.37383

0.40582

2.72641 × 1015

1.314

1.11486 × 10-8

54

Xe

128.904

26.908

0.4208

0.35844

0.38962

2.72641 × 1015

1.314

1.11239 × 10-8

55

Cs

132.905

100

0.4048

0.34453

0.37467

2.72641 × 1015

1.314

1.11454 × 10-8

56

Ba

137.905

71.698

0.3896

0.33105

0.36033

2.72641 × 1015

1.314

1.11811 × 10-8

57

La

138.905

99.911

0.3753

0.31845

0.34688

2.72641 × 1015

1.314

1.11406 × 10-8

58

Ce

141.909

11.114

0.3617

0.30649

0.3341

2.72641 × 1015

1.314

1.11378 × 10-8

59

Pr

140.907

100

0.3487

0.30498

0.32684

2.72641 × 1015

1.314

1.11419 × 10-8

60

Nd

145.913

17.189

0.3365

0.29404

0.31527

2.72641 × 1015

1.314

1.11786 × 10-8

61

Pm

147.917

5.37d

0.3248

0.28361

0.30421

2.72641 × 1015

1.314

1.11579 × 10-8

62

Sm

151.919

26.75

0.3137

0.27376

0.29373

2.72641 × 1015

1.314

1.11732 × 10-8

63

Eu

152.921

55.196

0.3031

0.26434

0.28372

2.72641 × 1015

1.314

1.11350 × 10-8

64

Gd

157.924

24.84

0.293

0.25535

0.27418

2.72641 × 1015

1.314

1.11650 × 10-8

65

Tb

158.925

100

0.2834

0.24684

0.26512

2.72641 × 1015

1.314

1.11279 × 10-8

66

Dy

163.929

28.26

0.2743

0.23863

0.25647

2.72641 × 1015

1.314

1.11561 × 10-8

67

Ho

164.93

100

0.2655

0.23084

0.24817

2.72641 × 1015

1.314

1.11185 × 10-8

68

Er

167.932

2.978

0.2572

0.22342

0.24031

2.72641 × 1015

1.314

1.11141 × 10-8

69

Tm

168.934

100

0.2491

 

0.2491

2.72641 × 1015

1.314

1.14542 × 10-8

70

Yb

173.938

32.026

0.2438

0.21037

0.22708

2.72641 × 1015

1.314

1.11399 × 10-8

71

Lu

174.967

97.4

0.2364

0.20384

0.22012

2.72641 × 1015

1.314

1.11038 × 10-8

72

Hf

179.946

35.08

0.2293

0.19759

0.21345

2.72641 × 1015

1.314

1.11267 × 10-8

73

Ta

180.948

99.99

0.2225

 

0.22245

2.72641 × 1015

1.314

1.14899 × 10-8

74

W

183.95

30.64

0.2159

 

0.21592

2.72641 × 1015

1.314

1.14836 × 10-8

75

Re

186.955

62.6

0.2096

 

0.2096

2.72641 × 1015

1.314

1.14765 × 10-8

76

Os

191.961

40.78

0.2036

 

0.2036

2.72641 × 1015

1.314

1.14983 × 10-8

77

Ir

192.962

62.71

0.1978

 

0.1978

2.72641 × 1015

1.314

1.14628 × 10-8

78

Pt

195.964

25.21

0.1921

 

0.19214

2.72641 × 1015

1.314

1.14511 × 10-8

79

Au

196.967

100

 

0.18020

0.1802

2.72641 × 1015

1.314

1.12167 × 10-8

80

Hg

201.971

29.74

 

0.17507

0.17507

2.72641 × 1015

1.314

1.12298 × 10-8

81

Tl

204.974

70.48

 

0.17013

0.17013

2.72641 × 1015

1.314

1.12157 × 10-8

82

Pb

207.976

52.41

 

0.16538

0.16538

2.72641 × 1015

1.314

1.12015 × 10-8

83

Bi

208.98

100

 

0.16079

0.16079

2.72641 × 1015

1.314

1.11412 × 10-8

84

Po

209.982

138.4d

 

0.15633

0.15633

2.72641 × 1015

1.314

1.11210 × 10-8

85

At

216.002

0.3ms

 

0.15209

0.15209

2.72641 × 1015

1.314

1.11431 × 10-8

86

Rn

222.017

3.823d

 

0.14797

0.14797

2.72641 × 1015

1.314

1.11615 × 10-8

87

Fr

225.025

3.9m

 

0.14399

0.14399

2.72641 × 1015

1.314

1.11442 × 10-8

88

Ra

228.031

5.76a

 

0.14014

0.14014

2.72641 × 1015

1.314

1.11264 × 10-8

89

Ac

229.033

1.04h

0.1414

0.1364

0.1389

2.72641 × 1015

1.314

1.11852 × 10-8

90

Th

232.038

99.98

0.1378

0.13282

0.13532

2.72641 × 1015

1.314

1.11698 × 10-8

91

Pa

231.035

100

0.1344

 

0.13435

2.72641 × 1015

1.314

1.12156 × 10-8

92

U

238.028

99.274

0.131

 

0.13097

2.72641 × 1015

1.314

1.12439 × 10-8

93

Np

239.052

2.355d

0.1288

 

0.1288

2.72641 × 1015

1.314

1.12539 × 10-8

94

Pu

246.07

10.85d

0.1246

 

0.12457

2.72641 × 1015

1.314

1.12343 × 10-8

95

Am

247.071

22.m

0.1215

 

0.1215

2.72641 × 1015

1.314

1.11974 × 10-8

96

Cm

247.071

 

0.1185

 

0.11854

2.72641 × 1015

1.314

1.11508 × 10-8

97

Bk

249.074

320d

 

0.11566

0.11566

2.72641 × 1015

1.314

1.11243 × 10-8

98

Cf

254.087

60.5d

 

0.11288

0.11288

2.72641 × 1015

1.314

1.11283 × 10-8

99

Es

255.09

40.d

0.1111

 

0.11107

2.72641 × 1015

1.314

1.11359 × 10-8

100

Fm

259.101

1.5s

0.1084

 

0.10838

2.72641 × 1015

1.314

1.11263 × 10-8

TABLE. 6 Below table shows symbol and atomic weight (Am).

Unification of gravitation and electromagnetic force

From the following two formulas and the above discoveries,

QZ=√ /λ + Zb × (1-(Am-Z)k1) × k2; ma=√(c/)λ-Zb ×(1+k1 × Am/Z) × k2

The interactions between two units of lithium are shown below; between them, the value of their Coulomb force is among them, the value of their gravitational force is

Fc=Q1 × Q2/r2 k= [√c/λ Zb × (1-(Am-Z) k1 × k2]2/r2 k=(c/λ Zb/r2 k × [1-(Am-Z)k1) × k2]2

Among them, the value of their gravitational force is

Fg=m1 × m2/r2 G=[√c/λ+Zb × (1+k1 × Am/Z) × k2]2/r2 G=(c/λ+Zb)/r2 G × [1+k1 × Am/Z) × k2]2

From the preceding validation, we can determine that the electromagnetic force and gravitational force are generated by the moving photons in the atom, and their origins are the same: (c/λ+zb/r2). The difference in the values between them is only because the Coulomb force is the first interaction force generated by this force; it does not include the gravitational force, and the gravitational force includes the effect of the Coulomb force interaction: (1-(Am-Z) k1) × k2, (1+k1 × Am/z) × k2.

Now, we have known the unification of the electromagnetic force and gravitational force [5,6]. There are only two different effects of one force.

Second portion: The universal formula in the nature

Its application in the micro world

The electric charge of the particle

We now know that moving photons do generate force, and knowledge of the unification of electromagnetic force and gravitation suggests that if a particle holds photons that are more or less than the threshold of its internal balance of force, it will attract or repel other particles; hence, the phenomenon of attracting or repelling other particles appears, showing electric characteristics, which is the essence of the electric charge of a particle. From this, we can determine the origin of the electrical charge of the particle.

Revealing the Bohr hydrogen spectrum formula

In the hydrogen atom, one electron revolves around the nucleus, between them, when the electron moves from velocity v1 to v2, and the distance between them changes from r1 to r2. In this changing process, the change in the energy of the electron is as follows:

Equation

Moreover, according to  Equation can be calculated via the following formula:Equation Compare (1) yields the following formula:

Equation namely, Equation and m and kλ are all constants and Equation is obtained. This formula explains why the Bohr formula can describe the hydrogen spectrum. From this, in generalization, the two-body system can be described by this formula. The spectrum of hydrogen and the spectrum of hydrogen-like systems include the ions He+, Li2+, Be3+, and U91+ and the spectrum of alkali metal. The hydrogen is only a specific case.

The decay of the particle

According to the above discovery that moving photons generate force, there is a force between photons and other particles. Namely, photons can interact with any other particles. One photon can be attracted or repelled by other photons or other particles. On the other hand, the magnitude of the force that moving photons create is specific. The two photons that produce the electron position pair need sufficient energy and the appearance of the particle is determined by its moving state. If one particle absorbs one photon, its internal original balance of force will change, which will lead to fusion or fission for a new balance of force. In this process, the parent particle displays a decay process. For example, neutron decay, meson decay, nuclear decay, etc., involve many photons in space and any particle can absorb photons at any time; thus, almost all the particles exhibit decay characteristics. The reason why the particles decay is the force between the photons and the particles.

Applying in the macro world

The essence of the bending of light

From the above, we know the origin of gravitation. Here, this finding is used to calculate the bending of light. Figure 2 shows the state of the light of the star passing near the Sun, where is the distance between the center of the Sun and the passing light. A is the actual site of the star, B is the site of the Earth and R is the radius of the Sun. According to the formula Fa =Equationwhere ms is the mass of the Sun, vs is the average speed of the moving particle in the Sun, mp is the mass of the photon, c is the speed of light and r is the distance between the center of the Sun and the passing light (Figure 2).

The gravitation of the star light accepted from the Sun changes with distance, and the accepted gravitation is greatest when the star light passes through the nearest sun. Therefore, in this special area nearest to the Sun, the distance at which light moves S plays a key role in the bending of light; at this distance, light acceptance of gravity may represent the gross gravitation that occurs along its whole travel path. Then, after light has passed through the Sun, the velocity can increase via this gravitation:

tspa-picture
 

FIG. 2. This is the state of light from a star passing through the Sun, r which is the distance between the center of the Sun and the passing light. A is the actual site of the star, B is the site of the Earth, and R is the radius of the Sun.

Equation

Equation

r' 0 tg0 rtg0
1.85 0.95" 4.61E-06 8.52E-06
4.82 0.37" 1.79E-06 8.65E-06
7.05 0.26" 1.26E-06 8.88E-06
8.35 0.21" 1.01E-06 8.50E-06
8.5 0.215" 1.04E-06 8.85E-06

TABLE. 7 The results of the deduced conclusions. From this test, we can find that formula Equationcompatible with the bending of light when it passes near the Sun.

According to the formula Equation, three statuses of the bending of light when it passes through the Sun can be obtained. First, when Equation , the light beam will be absorbed by the Sun. On Earth, the light beam cannot be observed. In the second status, when Equation , the light beam will revolve around the Sun. On Earth, the light beam cannot be observed. The above two conditions indicate that in the special scope nearest to the Sun, we cannot see the star in the sky. Third, when Equation , the light beam will move forward, and the earth can see this bending of light. These three statuses are in good agreement with the phenomena that occur on Earth. Moreover, from these three statuses, we can clearly determine the extent to which the star light passes through the scope nearest to the Sun where the star light cannot reach the Earth, the reason why we cannot see a star when its light passes through the nearest Sun, and the orbit of light moving in space. With all this information, the term “general relativity” cannot be used.

The dark matter does not exist

The gravitation of the spiral galaxy rotation

The spiral galaxy is similar to the rotation of the disk. It includes two features: One is the spiral arm. The second center spherical component includes a large halo and a nuclear bulge, where the main mass of the galaxy is concentrated.

According to the formula,Equation

For a spiral galaxy, there is a central bulge where most of the mass is concentrated and the spiral arms are spread over a disk. For a star in such a galaxy at a distance r from the galactic center moving with a circular velocity: v.When Mbody <r: where M<r is the mass enclosed within radius r. If the star is within the dense central region (or central hub) of the galaxy,Equation then, where ρ is the average density of the central hub. Therefore, within the central hub, one expects from

Equation

In this result, the rotation velocity of the spiral galaxy is constant when Equationis constant, which is in extremely good agreement with the fact that the observational measurements of rotation curves for several spiral galaxies show v to be equally constant for large r. These results indicate that Newton’s law of universal gravitation is not a natural law and that dark matter does not exist in nature.

According to the following formulaEquation yields two results:

Equation

These observations confirmed the discoveries

According to Equation. in one galaxy, if Equation is constant and the main mass of the galaxy is concentrated in the center of the galaxy, the rotation curve of the spiral galaxy will be flat; if the period changes more greatly than the mass changes, the rotation curve of the spiral galaxy will also change. Therefore, because N4565, N4594, M31 and N891 are around the center of the galaxy rotation, similar to the standard of disk rotation, from their center to large r,Equation is nearly constant, and we can infer that the velocity of rotation will be constant with increasing radius. The curve rotation is flat. Among these spiral galaxies, N4565 is the most standard rotation disk; thus, its rotation curve appears to be a straight line. N5033 has a main mass in its center, begins with a standard rotation disk, and then changes this status, so its rotation curve is flat first and then decreases. The M83, N7217, M51, M81 and our galaxy are not standard rotation disks and their rotation curves are not flat. These observations are in good agreement with these conclusions [7, 8].

Newton’s law of gravitation is not a natural law

Compared with the calculated result from Newton’s law of universal gravitation, Newton’s law is not in agreement with some observations, so the hypothesis of dark matter appears. We now know that there is no dark matter in nature; in fact, Newton’s law of universal gravitation laws is based on the Kepler law. Namely, Newton’s law of universal gravitation is not the law of nature; it is only an approximation formula that is deduced by Kepler’s third law to calculate some mathematical problems. According to several observational facts, these observational rotation curves show that Newton’s law of universal gravitation does not agree with the observational facts. However, the above conclusions are in extremely good agreement with the observational data.The dark matter does not exist.

The above observations also show that the highest site (the O point in the rotation curve) of the rotation curve from the observation is greater than the highest site (the N point in the rotation curve) from the Newtonian law calculated result, which is in good agreement with the fact that the calculated speed value Equation from Equationis greater than the calculated speed value Equation from Equationthus, Newton’s law of universal gravitation is incorrect for describing the galaxy.

On the other hand, other observations, such as gravitational lensing the bending of light from distant sources by the cluster’s gravity also confirm that moving photons generate gravitation but are not due to dark matter.

Demonstrate Kepler third laws

When the Sun and Planet are all moving forward, they are all revolving around the center of mass movement. In this condition, the Sun and all Planets are all around their center of mass moving forward in the infinity universe, which is the same as when they are all moving in one space, so here, the characteristics of the medium ?? are not considered; thus:

Equation

in the Sun system can be obtained because the MVkGa are all constant, so v2 a=constant, this is the Kepler third law. Here, the value of M is not equal to the known mass of the Sun.

Newtonian law of universal gravitation

To demonstrate the Newtonian law of universal gravitation, see article Gravitation origin [1]; here, we do not need to repeat it.

The universe does not inflation!

The Doppler effect in light

In light, according to the above discovery, we now know that light is not a wave-particle duality; rather, it is a particle. According to the following formula, λv=kλ we can obtain the following formula: λ=kλ/v, where the wavelength is the reciprocal of the speed. For an observer, some photons move toward left observer A, while some photons move toward right observer B; therefore, in observer A’s eye, the wavelength of the photon is kλ/v-v0, where v is the speed of light and v0 is the speed of the atom. In this case, the wavelength is increased, which is a redshift. The wavelength of the photon toward observer B is kλ/(v+v0); in this case, the wavelength is decreased, and this is a blue shift. Namely, the frequency of photons decreases when moving toward left observer A, and the frequency of photons increases when moving toward observer B. This is the reason for the redshift and blue shift. However, the status of atomic movement, which emits light, did not change.

The universe does not inflation

Doppler effect in astronomy (Figure 3).

tspa-picture
 

FIG. 3. This figure shows the essence of the Doppler effect.

According to the above analysis, because some stars depart from the Earth, the wavelength that the Earth receives is kλ/v-v0, where v is the speed of light, v0 is the speed of the star, and for some stars arriving at the Earth, the wavelength at which the Earth receives is kλ/v+v0; thus, we can observe the redshift of the light of some stars and the blue-shift of some stars. Why we observe the light from a farther star, its more redshift than near a star sent, I think this is similar to the movement of a bullet, because in the moving process, the greater the distance moved is, the more energy is lost, so the lower the speed of the movement is. This is the reason why the greater the distance between the earth and the star is, the greater the redshift. The greater the distance between the earth and the star is, the greater the distance needed to move for light, so the speed will decrease more than when the earth stars are nearer. In fact, in this state, only the wavelength of light will change as the distance between the earth and the star changes, but the state of the moving star does not change as it does for observers A and B (see the state of the moving car) and the space also does not change. Thus, the universe is not inflation [9].

In Figure 3, if the speed of the car is v0, the speed of sound of the car is v; when the car is moving toward right observer B, for observer A, the speed of the message is v-v0, where v0 is the speed of the car and v is the speed of sound. For observer B, the speed of the message is v+v0, so observer A receives less sound than does the car. Observer B receives more sound than does the car. In fact, the frequency of sound sent by the car does not change, and only the frequency at which the observer receives sound changes. This is the essence of the Doppler effect.

Conclusion

We know the essence of electric charge and the essence of gravitational mass in atoms; moreover, we have known the unification of gravitation and electromagnetic force by applying this new discovery from the micro world to the macro world and about the greater content and the greater evidence of unification of the electromagnetic force and gravitational force; please see the next article.

Acknowledgments

I express my sincere appreciation to Yang Zhenfeng, who is at the Institute of Mathematics, and my friends Shao Shengtang, Jiu Guoqiang, Wang Xieheng, Xi Xinghua, Dong Qianlin and my middle school teacher Zhang Linxiang. My young uncle sister Gou susheng. My young brother, Zheng Guoman, My young sister, Zhnegjunfang. They all gave me a lot of spiritual and financial support when I did the research about this paper. I also express my gratitude for my father Zheng Heizi, who gave me great love and that is the driving force of my moving forward.

References