For more information on where these calculations come from see Essays I - IV, specifically essay IV.

Please note that these calculations have been in a constant state of revision as more harmonic information becomes available.  Each new step refines the calculations and decreases the percent deviation from the results of experimental evidence.  

 

A B C D E F G H
1 Excel spreadsheet supporting Essay IV (rows 1 - 143)  (see revealed equations below)
2
3 The mass ratio calculations of the proton:electron, neutron:proton, and neutron:electron
4 and their comparisons to experimental particle mass ratios as being within the experimental margin of error
 

 
9 particle alpha wave calculations based on the starting energies of the first and second half wave cycles as shown in essay
10
11 Overtone Alpha Wave by total energy Undertone Alpha Wave by total energy
12 1st half cycle 8.061121416 1st half cycle 0.08906365
13 2nd half cycle 5.676118324 2nd half cycle 0.06271284
14 1st and 2nd cycles 13.73723974 1st and 2nd cycles 0.15177649
15
16 Overtone Neutral Alpha Wave Mimic by total energy Undertone Neutral Alpha Wave Mimic by total energy
17 1st half cycle 4.020510201 1st half cycle 0.044420782
18 2nd half cycle 2.842784991 2nd half cycle 0.031408634
19 1st and 2nd cycles 6.863295192 1st and 2nd cycles 0.075829415
36 proton, electron, and neutron energy calculations based on the above alpha wave calculations
37
38 Proton Energy Calculation = 432.4420928
39
40

Overtone

by total energy

Harmonic 1

vector set

Harmonic 5

vector set

Harmonic 25

vector set

 Neutral Fill vector set
41
42 1 13.73723974 5 2.747447948 25 0.549489590 1/5 34.3164760
43 2 6.86861987 10 1.373723974 50 0.274744795 2/5 17.1582380
44 3 4.579079913 15 0.915815983 75 0.183163197 3/5 11.4388253
45 6 2.289539957 30 0.457907991 150 0.091581598 1   1/5 5.71941266
46 9 1.526359971 45 0.305271994 225 0.061054399 1   4/5 3.81294177
47 18 0.763179986 90 0.152635997 450 0.030527199 3   3/5 1.90647089
48 27 0.508786657 135 0.101757331 675 0.017026324 5   2/5 0.74453893
49 Sum =       30.27280609 Sum =       6.054561219 Sum =       1.2707587102 Sum =       75.0969035
50
51

Undertone

by total energy

Harmonic 1

vector set

Harmonic 5

vector set

Harmonic 25

vector set

 Neutral Fill vector set
52
53 1 0.151776490 5 0.758882451 25 3.794412256 1/5 0.01516588
54 2 0.303552980 10 1.517764902 50 7.588824512 2/5 0.03033177
55 3 0.455329471 15 2.276647353 75 11.38323677 3/5 0.04549765
56 6 0.910658941 30 4.553294707 150 22.76647353 1   1/5 0.09099530
57 9 1.365988412 45 6.829942060 225 34.14971030 1   4/5 0.13649295
58 18 2.731976824 90 13.65988412 450 68.29942060 3   3/5 0.27298589
59 27 4.097965236 135 20.48982618 675 102.4491309 5   2/5 0.16960662
60 Sum =       10.01724836 Sum =       50.08624178 Sum =       250.4312089 Sum =       0.76107606
61
62

Neutral Wave Wire

Fragment (proton)
63
64 128/225 3.904452376
65 8/25 2.196254462
66 8/45 1.220141368
67 1/10 0.686329519
68 1/18 0.381294177
69 1/32 0.125640944
70 1/128 0.000347093
71 Sum =     8.514459883
72 Electron Energy Calculation (= proton calculation divided by 1800) =  0.235515352
73
74

Overtone

by total energy

Harmonic 1 vector set

 Harmonic 5 vector set Harmonic 25 vector set Neutral Fill vector set
75
76 1 0.007631800 5 0.001526360 25 0.000305272 1/5 0.01906471
77 2 0.003815900 10 0.000763180 50 0.000152636 2/5 0.00953235
78 3 0.002543933 15 0.000508787 75 0.000101757 3/5 0.00635490
79 6 0.001271967 30 0.000254393 150 0.0000508787 1   1/5 0.00317745
80 9 0.000847978 45 0.000169596 225 0.0000339191 1   4/5 0.00211830
81 18 0.000423989 90 0.000084797 450 0.0000169596 3   3/5 0.00105915
82 27 0.000282659 135 0.000056532 675 0.000000945907 5   2/5 0.00041363
83 Sum =       0.016818226 Sum =       0.003363645 Sum =       0.000670882 Sum =       0.04172050
84
85
86

Undertone

by total energy

Harmonic 1 vector set

 Harmonic 5 vector set Harmonic 25 vector set

Neutral Fill

vector set
87
88 1 0.0000843203 5 0.000421601 25 0.002108007 1/5 0.000008425
89 2 0.000168641 10 0.000843203 50 0.0042106014 2/5 0.000016851
90 3 0.000252961 15 0.001264804 75 0.006324020 3/5 0.000025276
91 6 0.000505922 30 0.002529608 150 0.012648041 1   1/5 0.000050553
92 9 0.001517765 45 0.003794412 225 0.018972061 1   4/5 0.000075829
93 18 0.002276647 90 0.007588825 450 0.037944123 3   3/5 0.000151659
94 27 0.002276647 135 0.011383237 675 0.056916184 5   2/5 0.000094226
95 Sum =       0.005565138 Sum =       0.027825690 Sum =       0.139128449 Sum =       0.0004282
 

 
108 Neutron Energy Calculation (= proton + Electron calculations + complete neutral wave wire structure) =  433.0382656
109
110

Alternate Proton

overtone 675th

harmonic completed

as alpha wave
111 Neutral wave wire
112 128/225 3.9044524
113 8/25 2.1962545
114 675 0.020351466 8/45 1.2201414
115 Proton = 423.9309581 1/10 0.6863295
116 1/18 0.3812942
117 1/32 0.2144780
118 4/225 0.1220141
119 1/100 0.0686330
120 1/180 0.0381294
121 1/320 0.0214478
122 1/576 0.0119154
123 1/1024 0.0067024
124 Sum =     8.87179206
125
126
127

Calculations of particle ratios and comparisons to experimental mass ratio error ranges

including experimental mass ratios adjusted to the high and low range of error
128
129
130 Calculated Particle Ratios

margin of error calculations for experimental mass ratios and comparisons to calculated ratios
131 1836.1524623459 Proton:Electron ratio   proton:electron neutron:proton neutron:electron  
132 1.0013786185 Neutron:Proton ratio low error margin 1836.150569427 1.001377177 1838.681472933  
133 1838.6838161049 Neutron:Electron ratio calculated ratio 1836.152462346 1.001378619 1838.683816105  
134 high error margin 1836.154941888 1.001379570 1838.685848395  
135 Experimental Particle Ratios          
136 1836.1527556561 Proton:Electron ratio          
137 1.0013783739 Neutron:Proton ratio     high error mass low error mass  
138 1838.6836606628 Neutron:Electron ratio exp mass proton 1.672623100E-27 1.672624100E-27 1.672622100E-27  
139 exp mass neutron 1.67428600E-27 1.674929600E-27 1.674927600E-27  
140 % difference from experimental ratios exp mass electron 9.109389700E-31 9.109395100E-31 9.109384300E-31  
141 +0.00001597% Proton:Electron ratio high:low range proton:electron 1836.154941888 1836.150569427  
142 -0.00002443% Neutron:Proton ratio high:low range neutron:proton 1.001379570 1.001377177  
143 -0.000008454% Neutron:Electron ratio high:low range neutron:electron 1838.685848395 1838.681472933  

 

 

A B C D E F G H
1 Excel spreadsheet supporting Essay IV  Revealed Calculations (rows 1 - 143)
2
3 The mass ratio calculations of the proton:electron, neutron:proton, and neutron:electron
4 and their comparisons to experimental particle mass ratios as being within the experimental margin of error
 

 
9 particle alpha wave calculations based on the starting energies of the first and second half wave cycles as shown in essay
10
11 Overtone Alpha Wave by total energy Undertone Alpha Wave by total energy
12 1st half cycle 2*(1+1+(50/49)+(5*SQRT(2)/7)) 1st half cycle B12*(SQRT(2)/128)
13 2nd half cycle 2*((3/4)+(2/3)+(5/7)+(SQRT(2)/2)) 2nd half cycle B13*(SQRT(2)/128)
14 1st and 2nd cycles B12+B13 1st and 2nd cycles B14*(SQRT(2)/128)
15
16 Overtone Neutral Alpha Wave Mimic by total energy Undertone Neutral Alpha Wave Mimic by total energy
17 1st half cycle ((50/49)+(5*SQRT(2)/7)+(7*SQRT(2)/10)+1) 1st half cycle B17*(SQRT(2)/128)
18 2nd half cycle ((SQRT(2)/2)+(5/7)+(5/7)+(SQRT(2)/2)) 2nd half cycle B18*(SQRT(2)/128)
19 1st and 2nd cycles B17+B18 1st and 2nd cycles B19*(SQRT(2)/128)
36 proton, electron, and neutron energy calculations based on the above alpha wave calculations
37
38 Proton Energy Calculation = B49+D49+F49+H49+B60+D60+F60+H60+C71
39
40

Overtone

by total energy

Harmonic 1

vector set

Harmonic 5

vector set

Harmonic 25

vector set

 Neutral Fill vector set
41
42 1 B14*(1/A42) 5 B14*(1/C42) 25 B14*(1/E42) 1/5 B19*(1/G42)
43 2 B14*(1/A43) 10 B14*(1/C43) 50 B14*(1/E43) 2/5 B19*(1/G43)
44 3 B14*(1/A44) 15 B14*(1/C44) 75 B14*(1/E44) 3/5 B19*(1/G44)
45 6 B14*(1/A45) 30 B14*(1/C45) 150 B14*(1/E45) 1   1/5 B19*(1/G45)
46 9 B14*(1/A46) 45 B14*(1/C46) 225 B14*(1/E46) 1   4/5 B19*(1/G46)
47 18 B14*(1/A47) 90 B14*(1/C47) 450 B14*(1/E47) 3   3/5 B19*(1/G47)
48 27 B14*(1/A48) 135 B14*(1/C48) 675 (B12+0.5*B19)*(1/E48) 5   2/5 B17*(1/G48)
49 Sum =       SUM(B42:B48) Sum =       SUM(D42:D48) Sum =       SUM(F42:F48) Sum =       SUM(H42:H48)
50
51

Undertone

by total energy

Harmonic 1

vector set

Harmonic 5

vector set

Harmonic 25

vector set

 Neutral Fill vector set
52
53 1 F14*A53 5 F14*C53 25 F14*E53 1/5 F19*G53
54 2 F14*A54 10 F14*C54 50 F14*E54 2/5 F19*G54
55 3 F14*A55 15 F14*C55 75 F14*E55 3/5 F19*G55
56 6 F14*A56 30 F14*C56 150 F14*E56 1   1/5 F19*G56
57 9 F14*A57 45 F14*C57 225 F14*E57 1   4/5 F19*G57
58 18 F14*A58 90 F14*C58 450 F14*E58 3   3/5 F19*G58
59 27 F14*A59 135 F14*C59 675 F14*E59 5   2/5 F18*G59
60 Sum =       SUM(B53:B59) Sum =       SUM(D53:D59) Sum =       SUM(F53:F59) Sum =       SUM(H53:H59)
61
62

Neutral Wave Wire

Fragment (proton)
63
64 128/225 B19*B64
65 8/25 B19*B65
66 8/45 B19*B66
67 1/10 B19*B67
68 1/18 B19*B68
69 1/32 B17*B69
70 1/128 F17*B70
71 Sum =     SUM(C64:C70)
72 Electron Energy Calculation (= proton calculation divided by 1800) =  B83+D83+F83+H83+B95+D95+F95+H95
73
74

Overtone

by total energy

Harmonic 1 vector set

 Harmonic 5 vector set Harmonic 25 vector set Neutral Fill vector set
75
76 1 B14*(1/A76)/1800 5 B14*(1/C76)/1800 25 B14*(1/E76)/1800 1/5 B19*(1/G76)/1800
77 2 B14*(1/A77)/1800 10 B14*(1/C77)/1800 50 B14*(1/E77)/1800 2/5 B19*(1/G77)/1800
78 3 B14*(1/A78)/1800 15 B14*(1/C78)/1800 75 B14*(1/E78)/1800 3/5 B19*(1/G78)/1800
79 6 B14*(1/A79)/1800 30 B14*(1/C79)/1800 150 B14*(1/E79)/1800 1   1/5 B19*(1/G79)/1800
80 9 B14*(1/A80)/1800 45 B14*(1/C80)/1800 225 B14*(1/E80)/1800 1   4/5 B19*(1/G80)/1800
81 18 B14*(1/A81)/1800 90 B14*(1/C81)/1800 450 B14*(1/E81)/1800 3   3/5 B19*(1/G81)/1800
82 27 B14*(1/A82)/1800 135 B14*(1/C82)/1800 675 (B12+0.5B19)*(1/E82)/1800 5   2/5 B17*(1/G82)/1800
83 Sum =       SUM(B76:B82) Sum =       SUM(D76:D82) Sum =       SUM(F76:F82) Sum =       SUM(H76:H82)
84
85
86

Undertone

by total energy

Harmonic 1 vector set

 Harmonic 5 vector set Harmonic 25 vector set

Neutral Fill

vector set
87
88 1 F14*(1/A88)/1800 5 F14*(1/C88)/1800 25 F14*(1/E88)/1800 1/5 F19*(1/G88)/1800
89 2 F14*(1/A89)/1800 10 F14*(1/C89)/1800 50 F14*(1/E89)/1800 2/5 F19*(1/G89)/1800
90 3 F14*(1/A90)/1800 15 F14*(1/C90)/1800 75 F14*(1/E90)/1800 3/5 F19*(1/G90)/1800
91 6 F14*(1/A91)/1800 30 F14*(1/C91)/1800 150 F14*(1/E91)/1800 1   1/5 F19*(1/G91)/1800
92 9 F14*(1/A92)/1800 45 F14*(1/C92)/1800 225 F14*(1/E92)/1800 1   4/5 F19*(1/G92)/1800
93 18 F14*(1/A93)/1800 90 F14*(1/C93)/1800 450 F14*(1/E93)/1800 3   3/5 F19*(1/G93)/1800
94 27 F14*(1/A94)/1800 135 F14*(1/C94)/1800 675 F14*(1/E94)/1800 5   2/5 F18*(1/G94)/1800
95 Sum =       SUM(B88:B94) Sum =       SUM(D88:D94) Sum =       SUM(F88:F94) Sum =       SUM(H88:H94)
 

 
108 Neutron Energy Calculation (= proton + Electron calculations + complete neutral wave wire structure) =  B116+E72+D124
109
110

Alternate Proton

overtone 675th

harmonic completed

as alpha wave
111 Neutral wave wire
112 128/225 B19*C112
113 8/25 B19*C113
114 675 B14*(1/A114) 8/45 B19*C114
115 Proton = C38-F48+B114-C71 1/10 B19*C115
116 1/18 B19*C116
117 1/32 B19*C117
118 4/225 B19*C118
119 1/100 B19*C119
120 1/180 B19*C120
121 1/320 B19*C121
122 1/576 B19*C122
123 1/1024 B19*C123
124 Sum =     SUM(D112:D123)
125
126
127

Calculations of particle ratios and comparisons to experimental mass ratio error ranges

including experimental mass ratios adjusted to the high and low range of error
128
129
130 Calculated Particle Ratios

margin of error calculations for experimental mass ratios and comparisons to calculated ratios
131 C38/E72 Proton:Electron ratio proton:electron neutron:proton neutron:electron
132 G108/C38 Neutron:Proton ratio low error margin G141 G142 G143
133 G108/E72 Neutron:Electron ratio calculated ratio A131 A132 A133
134 high error margin F141 F142 F143
135 Experimental Particle Ratios
136 1.6726231E-27/9.1093897E-31 Proton:Electron ratio
137 1.6749286E-27/1.6726231E-27 Neutron:Proton ratio high error mass low error mass
138 1.6749286E-27/9.1093897E-31 Neutron:Electron ratio exp mass proton 1.672623100E-27 E138+1E-33 E138-1E-33
139 exp mass neutron 1.67428600E-27 E139+1E-33 E139-1E-33
140 % difference from experimental ratios exp mass electron 9.109389700E-31 E140+5.4E-37 E140-5.4E-37
141 ((A136-A131)/A131)*100 Proton:Electron ratio high:low range proton:electron F138/G140 G138/F140
142 ((A137-A132)/A132)*100 Neutron:Proton ratio high:low range neutron:proton F139/G138 G139/F138
143 ((A138-A133)/A133)*100 Neutron:Electron ratio high:low range neutron:electron F139/G140 G139/F140
 

 

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