By,
Gopi Krishna V
3rd year UG, IIT Kanpur
1
Confirmation of RS Theory
1. Quantum phenomena
2. Atoms and molecules
3. Electricity and Magnetism
4. Heat
5. Astronomy
6. High Energy Physics
7. Biology
2
Numbers involved




Unit space (s): 4.5563352671 x 10-6 cm
Unit time (t) : 1.5198298508 x 10-16 s
Unit speed (s/t): 299,792,458 m/s (exact)
Inter-regional Ratio (R):
Atomic rotation:
128 + (128 * 2/9) = 156.4444
Subatomic rotation:
128 + (128 * 1/9) = 142.2222
3
Dimensions

Mass:
t3/s3

Momentum:
t2/s2

Energy:
t/s
4
Dimensions (2)
ELECTRIC
MAGNETIC
t
Dipole Moment
t2/s
t/s
Charge
t2/s2 Flux
t/s2
Potential
t2/s3 Vector Potential
t/s3
Flux Density
t2/s4 Flux Density
t/s3
Field Intensity
t2/s4 Field Intensity
Dipole Moment
t2/s2 Resistivity
t3/s3 Inductance
t2/s3 Resistance
t3/s4 Permeability
5
1. Quantum Phenomena

Planck’s constant value:
E = hν
[conventional units]
h = [(En* Tn* Sn ) / (R × 1 cm))] × [1+1/R]1/3
[RS]
= 6.6255857×10-27 erg-sec
Current value of h = 6.6256×10-27erg-sec
[within 2× 10-4 %]
Where:
En = Natural unit of Energy
Tn = Natural unit of Time
Sn = Natural unit of Space
6
Quantum phenomena contd.




Prediction of the Helicity of quantum spin as
being caused by vectorial nature of time
Non-local effects: Origin of the coordinate
axes are mutually delocalized [of space and
counterspace]
Balmer Spectra is predicted
Reasons for existence of complex numbers,
wave functions, and Pauli’s Exclusion Principle
7
2. Atoms and Molecules

Group
2B
3A
Inter-atomic distance is calculated for
hundreds of compounds
Atomic
Number
Element
Specific Rotation
Magnetic
Electric
Distance
Calc.
Obs.
11
Sodium
3-2½
3-3
2
3.70
3.71
12
Magnesium
3-2½
2½
3.17
3.21
13
Aluminum
3-2½
3
2.83
2.86
19
Potassium
4-3
2
4.49
4.50
20
Calcium
4-3
2½
4.00
3.98
21
Scandium
4-3
4
3.18
3.20
22
Titanium
4-3
5
2.95
2.92
8
Specific Rotation
Group
3A
3B
Atomic
Number
Distance
Element
23
Vanadium
24
Chromium
25
Manganese
Magnetic
Electric
Calc.
Obs.
4-3
6-10
2.62
2.62
4-3
7
2.68
2.72
4-3
10
2.46
2.49
4-3
8
2.59
2.58
4-3
8½
2.56
2.57
4-3
10
2.46
2.48
26
Iron
27
Cobalt
4-3
9
2.52
2.51
28
Nickel
4-3
9½
2.49
2.49
41
Niobium
4-4
6-10
2.83
2.85
42
Molybdenum
4-4½
10
2.72
2.72
43
Technetium
4-4½
10
2.73
2.73*
44
Ruthenium
4-4½
10
2.73
2.70
9
Specific Rotation
Group
1
B
Atomic
Number
Element
Electric
3(1)
10
0.70
0.74*
Calc.
Obs.
Hydrogen
2
Helium
3(1)
1
1.07
1.09
3
Lithium
2½-2½
2
3.05
3.03
4
Beryllium
3(2)
2½
2.282
2.28
3(2)
5
1.68
1.74*
3-3
10
2.11
2.03*
3(2)
5-10
1.54
1.54
3(2)
1
1.41
1.42
3-3
1
3.21
3.40
3(1½)
10
1.06
1.06
3-3
1
3.21
3.44*
3(1½)
10
1.06
1.15*
3-3
1
3.21
3.20*
Boron
C (diamond)
6
2
A
Magnetic
1
5
*
Distance
C (graphite)
7
Nitrogen
8
Oxygen
10
LiH
3(2)
3(2)
3
2.04
2.04
LiF
3(2)
3(2)
3
2.04
2.01
LiCl
3(2)
3½-3½
4
2.57
2.57
LiBr
3(2)
4-4
4
2.77
2.75
Li
3(2)
5-4
4
2.96
3.00
NaF
3-2½
3(2)
4
2.26
2.31
NaCl
3-2½
3½-3½
4
2.77
2.81
NaBr
3-2½
4-4
4
2.94
2.98
NaI
3-3
5-4
4
3.21
3.23
MgO
3-3
3(2)
5½
2.15
2.10
MgS
3-3
3½-3½
5½
2.60
2.59
MgSe
3-3
4-4
5½
2.76
2.72
KF
4-3
3(2)
4
2.63
2.67
KCl
4-3
3½-3½
4
3.11
3.14
KBr
4-3
4-4
4
3.30
3.29
KI
4-3
5-4
4
3.47
3.52
CaO
4-3
3(2)
5½
2.38
2.40
11
CaS
4-3
3½-3½
5½
2.81
2.84
CaSe
4-3
4-4
5½
2.98
2.95
CaTe
4-3
5-4
5½
3.13
3.17
ScN
4-3
3(2)
7
2.22
2.22
TiC
4-3
3(2)
8½
2.12
2.16
RbF
4-4
3(2)
4
2.77
2.82
RbCl
4-4
3½-3½
4
3.24
3.27
RbBr
4-4
4-4
4
3.43
3.43
RbI
4-4
5-4
4
3.61
3.66
SrO
4-4
3(2)
5½
2.51
2.57
SrS
4-4
3½-3½
5½
2.92
2.93
SrSe
4-4
4-4
5½
3.10
3.11
SrTe
4-4
5-4
5½
3.26
3.24
CsF
5-4
3(2)
4
2.96
3.00
CsCl
5-4
4-3
4
3.47
3.51
BaO
5-4½
3(2)
5½
2.72
2.76
BaS
5-4½
4-3
5½
3.17
3.17
12
Atoms and Molecules contd.

Periodic table is built up
Displacement
Element
Atomic No.
2-1-0
He
2
2-2-0
Ne
10
3-2-0
Ar
18
3-3-0
Kr
36
4-3-0
Xe
54
4-4-0
Rn
86
13
Periodic Table contd.
2-1-1
H
1
2-1-0
2-1-1
2-1-2
2-1-3
2-1-4
2-2-4
2-2-3
2-2-2
2-2-1
2-2-0
He
Li
Be
B
2
3
4
5
C
6
N
O
F
Ne
7
8
9
10
}
14
3. Heat



The reasons for thermal expansion is
given using the background progression
Many critical constants have been
calculated
Many specific heat patterns have been
calculated
15
TEMPERATURES
Internal
Units
T1
Propane
0
54
Butane
0
50
Pentane
2
Hexane
End Point Factors End
Point
Internal Total
Melting
Point
5
81
85
1
8½
137
138
65
1
9
145
143
3
71
3
11
178
179
Heptane
4
72
3
11
178
182
Octane
5
73
5
13
210
216
Nonane
6
74
5
13
210
220
Decane
7
75
7
15
242
243
Hendecane
8
76
7
15
242
247
Dodecane
9
77
8
16
259
263
Tridecane
10
79
8
16
259
268
Tetradecane
11
80
9
17
275
279
Pentadecane
12
81
9
17
275
283
Hexadecane
13
82
10
18
291
291
16
Electricity and Magnetism



Identifies all the known behavior of
electric currents
Gives the explanation for unexplained
events like Ball Lightning
Clarifies dimensional problems by
identifying the charge as rotational
vibration
17
4. Electricity and Magnetism

Provides the reasons for the ratio of
force magnitudes between electric,
magnetic, and gravitational interactions
Electric : Magnetic : Gravitational
1 :
1/c :
1/ c2

where c is the speed of light.
18
Table: Diamagnetic Susceptibilities
PARAFFINS
kr
I
DI/m
Calc. Observed
propane
.834
2.00
.077
.911
.919*
.898
pentane
.818
2.00
.048
.866
.874*
.874
hexane
.816
2.00
.040
.856
.865*
.858
heptane
.814
2.00
.034
.848
.851*
.850
octane
.813
2.00
.030
.843
.846*
.845
nonane
.812
2.00
.027
.839
.843*
.843
decane
.812
2.00
.024
.836
.842*
.839
2-Me propane
.827
2.00
.059
.886
.890*
.888
2-Me butane
.823
3.00
.071
.894
.893*
.892
2-Me pentane
.816
3.00
.060
.875
.873*
.873
2-Me hexane
.814
3.00
.052
.866
.861*
.860
.888
.872
.862
19
Table: Atomic Mass Equilibrium Values (Isotope Avg.)
Z
mv
Calc.
Obs
Diff.
Z
mv
Calc.
Obs.
Diff.
1
.01
2
1
-1
47
14.12
108
108
0
2
.03
4
4
0
48
14.73
111
112
. +1,
5
5
3
.06
6
7
+1
49
15.35
113
115
+2
4
.10
8
9
+1
50
15.98
116
119
+3
5
.16
10
11
+1
51
16.63
119
122
+3
6
.23
12
12
0
52
17.28
121
128
+7
7
.31
14
14
0
53
17.96
124
127
+3
8
.41
16
16
0
54
18.64
127
131
+4
9
.52
19
19
0
55
19.34
129
133
+4
10
.64
21
20
-1
56
20.05
132
137
+5
11
.77
23
23
0
57
20.77
135
139
+4
12
.92
25
24
-1
58
21.50
138
140
+2
13
1.08
27
27
0
59
22.25
140
141
+1
20
5. Astronomy


Hubble’s expansion: Background unit
motion
Clarification of quantized red-shifts,
pulsars, and Bode’s law.
21
Cosmic Background Radiation



Origin of CMBR explained
Temperature of radiation calculated
Black Body
Spectrum
clarified.
22
White Dwarfs


Their unusual properties explained
White dwarf: Inverse density gradient
23
Binary Stars: Origin
24
Other predictions




The expression for the perihelion precession
of Mercury is calculated
The properties of Quasars and Pulsars are
explained
Predictions made in 1959 of a supernova
were proved correct, as was the one in 1987
Predicts the properties of sunspots and
cosmic bubbles
25
6. High Energy Physics
Particle
Element
Isotopic
Charge
Mass (MeV)
Obsd.
Calc.
Psi
Psi
c-H2
c-He3
2
2
3695
3105
3710.9
3104
Omega
Xi
Sigma
Lambda
c-Li5
c-B10
c-N14
c-Ne20
1
1
1
1
1675
1314
1197
1116
1676
1304
1197
1117
Pion
Muon
c-Si27
c-Ar35
0
0
139.57
105.66
137.95
106.42
493.8
492
Kaon
1/
2
c-Kr
1/
2
26
7. Biology


The cosmic control unit with a material
aggregate produces the unit of life: CELL
Cosmic control means that entropy
decreases i.e. evolution
27
“What Next?” – the future



The RS produces a complete set of
consistent theories for all branches of
physics currently known
Empirical input is only the speed of
light.
Matter to Motion: the primary concept
28
“What Next?” – the future




Research in atomic energy levels, and
radioactivity is ‘work in progress’
Extending this idea to those interested
Successes: The results speak, and will
speak, for themselves
A good start towards a Theory of
Everything
29