1. The Human Field Hypothesis by Armstrong Okai Ababio
Electrical Engineer/ Electricity Company of Ghana (ECG)
Page 1
The Human Field
Hypothetically, Every Human Being is surrounded by a Human Magnetic Field. From Sir Isaac
Newtonβs Law of Universal Gravitation, it can be deduced that this Human field has bearing with the
mass of the Earth as explained below;
Deduction from Hypothesis
Hypothetically, the Human Field, Hf, of an ideal man is directly proportional to the square of his
Physical Strenght, Ps. We can therefore write;
π»π»ππ β ππππ
2
β π»π»ππ = πΎπΎππππ
2
Where;
Hf = Human Field
Ps = Physical Strength
K = Constant of Proportionality Representing the Mass of the ideal man
2. The Human Field Hypothesis by Armstrong Okai Ababio
Electrical Engineer/ Electricity Company of Ghana (ECG)
Page 2
Newtonβs Law of Universal Gravitation
Newtonβs Law of Universal Gravitation States that every particle of Matter in the Universe attracts
every other particle with a force which is directly proportional to the product of their masses and
inversely proportional to the square of the distance between their centres of gravity.
Consider an ideal man standing on the Earth alone as shown in the diagram below;
The Earth
Let
Ps=The Physical Strength of the Ideal Man
F=Newtonian force of attraction between the Ideal Man and the Earth
Me=Mass of the Earth
M=Mass of the ideal man
r=Radius of the Earth
From Newtonβs law of universal gravitation, we can write;
πΉπΉ =
πΊπΊπππΈπΈ ππ
ππ2
ME
m
Ps
r
3. The Human Field Hypothesis by Armstrong Okai Ababio
Electrical Engineer/ Electricity Company of Ghana (ECG)
Page 3
Deducing the formula for Physical Strength, Ps, from Newtonβs Law of Universal Gravitation
From Newtonβs law of Universal Gravitation, we can say that, the force of attraction between the two
bodies is with respect to their masses so that the body with the larger mass will pull more to itself the
body with the smaller mass.
We therefore make this analogy that, since the mass of the Earth, 5.9722Γ1024
kg, is so many times
the mass of the ideal man, letβs say, 100kg, the ideal man should not be able to move and that if he
moves then the Physical Strength, Ps, with which he is moving is proportional to the mass of the
Earth, ME. That is;
ππππ β πππΈπΈ β ππππ = πΎπΎπππΈπΈ
Where;
πππΈπΈ= Mass of the Earth = 5.9722Γ1024
kg
K = Constant of proportionality representing acceleration due to gravity
= g= 9.81m/s2
We equate the constant, k, to acceleration due to gravity, g, because beyond this multiplier, the ideal
man will escape from the Earthβs influence.
Now therefore, we can write that;
π»π»ππ = πΎπΎππππ
2
= πΎπΎ(πππππΈπΈ)2
4. The Human Field Hypothesis by Armstrong Okai Ababio
Electrical Engineer/ Electricity Company of Ghana (ECG)
Page 4
Calculation of the Human Field of an Ideal Man
Taking K, being the mass of the ideal man to be, k=m= 100kg and knowing that;
Acceleration due to gravity;
g=9.81m/s2
and;
Mass of the Earth,
πππΈπΈ = 5.9722 Γ 1024
kg
The Human Field for an ideal man is calculated as follows;
π»π»ππ = πΎπΎππππ
2
= πΎπΎ(πππππΈπΈ)2
= 100 Γ (9.81 Γ 5.9722 Γ 1024
)2
πΎπΎπΎπΎππ2
= 3.432 Γ 1053
πΎπΎπΎπΎππ2
This value is a great value and so I conclude that the ideal man is great and invincible.