THEORY OF NOTHING IS EVERYTHING

Abstract

The principal objective of this paper is to construct the new theory to bring General Relativity and Quantum mechanics on one stage. General Relativity and Quantum mechanics play fundamental roles while developing this theory. This theory unlocks the deeper connection between the physical singularity predicted by General Relativity and Quantum Entanglement. This theory solves some of the problems of physics like Dark matter, Expanding Universe, Causality violation, and unification of General Relativity with Quantum mechanics.

Full text

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THEORY OF NOTHING IS EVERYTHING
S HUSSAINSHA1*
Research Scholar, ECE Department, G PULLAIAH COLLEGE OF ENGINEERING &
TECHNOLOGY, kurnool-518002, Andhra Pradesh, INDIA
Abstract: The principal objective of this paper is to construct the new theory to bring
General Relativity and Quantum mechanics on one stage. General Relativity and
Quantum mechanics play fundamental roles while developing this theory. This theory
unlocks the deeper connection between the physical singularity predicted by General
Relativity and Quantum Entanglement. This theory solves some of the problems of
physics like Dark matter, Expanding Universe, Causality violation, and unification of
General Relativity with Quantum mechanics.
Keywords: Nothing-like interval, light-like interval, wave function, Quantum
Entanglement, Quantum Tunneling.
PACS numbers: 04.20.-q, 03.65.-w, 03.65.Ud, 95.35.+d
Corresponding Author, E-mail:ssshaik80@gmail.com

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1. Introduction
A conceptual difficulty in combining quantum mechanics with general relativity
arises from the contrasting role of space-time within these two frameworks. Quantum
mechanics tells background is fixed and General Relativity tells background is not
fixed[3].
To overcome this conceptual difficulty, I remove space-time (remove means making
zero) in this new theory and is said to be ‘Nothing’! But I need space-time to describe
reality and is said to be ‘Everything.’
(unification of nothing with everything). Therefore, the title ‘Nothing is Everything.’
Physical singularity: physical singularity occurs when r = 0, which cannot be
transformed away by changing coordinates[4]. At this point, which is thought to occur
at the centre of a black hole, space-time has infinite curvature, matter has infinite
density and the laws of physics break down. This physical singularity plays crucial
role in this new theory.
Assumed Loophole: Quantum mechanics and General Relativity don’t require spatial
and temporal separation in between events (cause and effect relationship).
1) To form physical singularity, General Relativity don’t require spatial and
temporal separation in between events
2) Quantum mechanics don’t require spatial and temporal separation in between
events under the condition of describing all particles with only one wave
function is what makes quantum entanglement and the EPR paradox possible.
Nothing: with the help of Quantum mechanics; it is indistinguishable from Everything

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By assuming this loophole I introduce this new theory. In simple; physical singularity
and quantum entanglement don’t require spatial and temporal separation in between
events (cause and effect relationship).
Note 1: describing all particles with only one wave function is what makes quantum
entanglement and the EPR paradox possible is not equal to the many-worlds
interpretation (universal wave function) of quantum mechanics. Keep this note
throughout this paper. Because of; this new theory requires quantum entanglement but
not many-worlds interpretation. Quantum entanglement requires; a quantum state
must be described for the system as a whole (in this context I used; describing all
particles with only one wave function is what makes quantum entanglement and the
EPR paradox possible).
Quantum entanglement is a physical phenomenon that happens when pairs or
groups of particles are generated or interact in ways such that the quantum state of
each particle cannot be described independently of the others, even when the particles
are separated by a large distance –instead, a quantum state must be described for the
system as a whole.
1.1.Motivation
Why do electrons and light show dual nature (both wave-like and particle-like
properties)?How to overcome instantaneous communication violate causality?
Quantum entanglement stands as one of the strangest and hardest concepts to
understand in quantum physics. Two or more particles can interact in a specific ways
that leave them entangled, such that a later measurement on one system identifies
what the outcome of a similar measurement on the second system; no matter how far
they are separated in space. How to overcome the problem of physical singularity

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(radius = 0) predicted by General Relativity?Which is thought to occur at the centre
of a black hole, space-time has infinite curvature, matter has infinite density and the
laws of physics break down. These three questions motivated me to introduce this
new theory.
1.2.Problem statement
This theory solves some problems of physics as discussed below;
1) Dark matter
The first evidence for the Dark matter was discovered in the 1930s, it was in the early
1980s that scientists became convinced that most of the mass holding galaxies and
clusters of galaxies together is invisible.
Scientists became convinced (though they couldn’t see) the existence of Dark matter
by observing how galaxies rotate, how they move among other galaxies, what
happens when clusters of galaxies pass through each other, calculating orbital
velocities of stars at the edge of galaxy, and gravitational lensing.
Scientists attempted two ways to calculate magnitude of the matter[3]. First calculated
the magnitude of the matter based on the theory and later they calculated the
magnitude of the matter based on direct count of all stars, dust, etc which we can see
with our naked eyes. The result says that both cannot agree. The magnitude calculated
with the help of the theory is much greater than the magnitude calculated with direct
count with our naked eye. This disagreement forced us to accept existence of Dark
matter.
The most acceptable truth is we haven’t found yet the Dark matter to include Dark
matter in our standard model of particle physics!

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Therefore I attempt a new way to handle this Dark matter problem.
2) Causality violation
Quantum entanglement is a Quantum mechanical phenomenon that occurs when pairs
or groups of particles are generated or interact in ways such that the quantum state of
each particle cannot be described independently of the others, even when the particles
are separated spatially by a large distance. Einstein and others considered such
behavior (quantum entanglement) to be impossible, as it violated the local realist view
of causality.
I solve this causality problem.
3) Unification of General Relativity and Quantum mechanics
It’s the dream of any unique physicist to unite General relativity and Quantum
mechanics. I am hoping in this paper my dream comes true.
4) Expanding universe
The American astronomer Edwin Hubble made the observations in 1925 and was the
first to prove that the universe is expanding. In this paper I unlock the mechanism
behind the expanding universe.
1.3.Paper outline
Theory of Nothing is Everything is constructed based on seven postulates. Section 2 is
divided into two parts (part A and part B). Part A contains 4 postulates which are
constructed with the help of General Relativity. To overcome the problem of
singularity predicted by General Relativity part B is introduced with 3 postulates (5,
6, and 7). In section 2, I discuss three important consequences by using these seven

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postulates; one is forming physical singularity or death of General Relativity, second
is introducing Special Relativity and General relativity, and third is introducing
Quantum mechanics. Section 3 is about results and discussion. Results show; how to
overcome the problem of Dark matter, Causality violation, and unlocking the
mechanism behind the Expanding universe. In discussion, I will try to show deeper
connection between Physical singularity (radius = 0) predicted by General Relativity
and Quantum Entanglement. Section 3 is about concluding this paper.

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2. Theory of Nothing is Everything
Let us briefly introduce space-time intervals and geodesics for (+,-,-,-) convention:
a) Space-time intervals
1) Time –like interval (
0
2s
)
2) Light –like interval (
0
2s
)
3) Space –like interval (
0
2s
)
2
s
Gives interval between two events in space-time and is given as;
2222 rtcs 
(1)
Where;
22 tc 
= temporal separation.
2
r
= spatial separation.
b) Geodesics
4) Space –like geodesic (
0
2ds
)
5) Null –like geodesic (
0
2ds
)
6) Time –like geodesic (
0
2ds
)
2
ds
Gives interval between two infinitesimally close events in space-time and
is given as;

 dxdxgds 
2
(2)
Where;

g
= metric tensor.

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2.1.Postulates of Theory of Nothing is Everything
Part A; Postulates of Nothing:
1) Reality is nothing but nothing is everything.
Here reality means; events in space-time (eg; the Earth orbiting around the
Sun).
2) The temporal separation and spatial separation in between any two events in
space-time is zero.
22 tc 
= 0 = temporal separation.
2
r
= 0 = spatial separation.
By this postulate I introduce new space-time interval as shown below;
Nothing- like interval:
0
2222  rtcs
(3)
Nothing –like geodesic:
0
2ds
(4)
Note 2: Nothing –like interval (Nothing-like geodesic) and light-like interval
(light-like geodesic) both are not same.
Because of;
i) In a light-like interval, the spatial separation between two events is
exactly balanced by the time between the two events as shown in
equation (5). That is, balancing magnitude is not equal to zero[2][4].
222 rtc 
(5)
0
22 tc
0
2r

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ii) Whereas in nothing –like interval; the temporal separation and spatial
separation in between any two events in space-time is zero. That is,
balancing magnitude is zero.
222 rtc 
(6)
0
22 tc
0
2r
Note 3: whenever balancing magnitude is zero in light-like interval you can
treat light-like interval as nothing-like interval.
3) Due to postulate 2, Cause and effect takes place instantaneously.
Because of;
Due to postulate 2, Signal travel from one event to another related event
instantaneously. If there is no spatial separation (no geometry), how can I say
signal take some time to travel from one event to another related event?
4) Due to postulate 2, object treated as in a state of absolutely rest.
Because of;
If there is no spatial separation (no geometry), how can I say something is
moving?
2.1.1. Consequences and problem statement;
Now I construct universe in which postulate 2 holds good (remaining postulates also
holds good).
Consequence 1: the singularity and constructing the universe according to postulate 2.
Singularity: a singularity is a point where a mathematical object cannot be defined.

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I take the help of General Relativity to construct postulate 2. Imagine universe as
shown in figure 1;
Figure 1: events inside the universe without postulate 2.
In figure 1, geometry is present in between events. So I still contract figure 1 and
resultant figure is shown below;
Figure 2: events inside the universe without postulate 2.
In figure 2, geometry is present in between events. So I still contract figure 2 and
resultant figure is shown below;
Figure 3: events inside the universe without postulate 2.

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In figure 3, geometry is present in between events. So I still contract figure 3 and
resultant figure is shown below;
Figure 4: events inside the universe with postulate 2.
Therefore, I constructed postulate 2 successfully as shown in figure 4. According to
the language of Einstein’s General Relativity; the flow (construction) from figure 1 to
figure 4 is said to be flow towards physical singularity. That is, figure 4 is said to be
physical singularity where matter or energy is packed (squeezed) in a zero geometer
(zero radius). Space-time has infinite curvature, matter has infinite density and the
laws of physics (general relativity) break down.
Who helped me to construct or to introduce postulate 2?
Answer: General Relativity. Therefore without General Relativity it is impossible to
introduce postulate 2 or Theory of Nothing is Everything.
Problem statement:
Problem 1:
Idon’t want singularity or figure 4 but I want the universe as shown in figure 1.
Therefore I apply postulate 2 for all the figures. That is, postulate 2 is also applicable
to figures 1, 2, and 3!

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Why I applied postulate 2 to all the four figures?
Answer: to overcome the problem of infinite gravitational potential. That is in figure
4, potential goes to infinite. I don’t want infinite potential ever and I don’t want to feel
the problem of having infinite potential in future for ever. So I applied to all the
figures. After applying postulate 2 to all the figures, figure 1 is equivalent to figure 4
and vice versa is also true. So I can say as, I cancelled singularity or infinite potential
permanently. In simple; I don’t want the breakdown of laws of physics forever.
This again creates a problem (applying the postulate 2 to all the figures).
Problem 2:
I have to prove figure 1 is equivalent to figure 4 and vice versa is also true. Therefore,
I have to construct the universe in such a manner; spatial and temporal separation in
between any two events is zero as shown in figure 4, but physically spatial and
temporal separations are not zero as shown in figure 1! It’s more bizarre and more
confusing!
1) That is; the distance between the Earth and the sun is 149 million kilometers is
true (we have physical evidence).
2) Due to postulate 2, the distance between the Earth and the Sun is 0 kilometers
is also true.
I have to construct universe in which; Spatial and temporal separation in between
any two events is zero (postulate 2) = spatial and temporal separations between
events are not zero (postulate 5).
Constructing this type of universe is the main problem of theory of Nothing is
Everything.

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Consequence 2:
Part B; Postulates of Everything:
5) The temporal separation and spatial separation in between any two events in
space-time is not equal to zero.
6) Our universe is treated as a potential well and the magnitude of this potential
never goes to infinity.
7) To overcome the problem of universe collapse due to significant gravity,
particles always observed outside a potential well.
Therefore there is spatial and temporal separation. Therefore object moves. Object
moves due to spatial and temporal separations are not zero and object don’t move due
to spatial and temporal separations are zero. Therefore to balance this confusion (to
prove figure 1 is equivalent to figure 4 and vice versa is also true.); I assume all kinds
of motion are indistinguishable from rest.
Why I assumed all kinds of motion are indistinguishable from rest?
Answer: In figure 4, objects treated as in a state of absolutely rest. And in figure 1,
objects treated as in a state of motion. Therefore, under the context to prove figure 1 is
indistinguishable from figure 4, I assumed all kinds of motion are indistinguishable
from rest. That is, I can say laws of physics never die;
a) Special Relativity.
Uniform motion is indistinguishable from rest.
b) General relativity.
Acceleration is no different from being at rest but with a gravitational field is
turned on.

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Consequence 3: solving problems 1 and 2, born of Quantum mechanics.
If I solve problem 2 automatically problem 1 is solved.
I have to construct the universe in such a manner; spatial and temporal separation in
between any two events is zero but physically spatial and temporal separations are not
zero as shown in figure 1.
That is I have to construct the universe in which 7 postulates hold good. What is the
way?
Answer: I describe all particles with only one wave function. We know that; one
wave function describes many particles is what makes quantum entanglement and the
EPR paradox possible. That is, a quantum state must be described for the universe as
a whole.
If there are many particles, in general there is only one wave function, not a separate
wave function for each particle. The fact that one wave function describes many
particles is what makes quantum entanglement and the EPR paradox possible. The
position-space wave function for ‘j’ particles is written as;
 
trrr j,.......,........., 21

(7)
Where; rjis the position of the jth particle in three-dimensional space, and‘t’ is time.
To construct such type of Universe, I can say; an object exists simultaneously as the
sum of all possible bodily states: the Sun and the Earth. To represent an object
simultaneously as the sum of all possible bodily states (the Sun and the Earth), it is
better to treat an object as ‘Wave’. If an object is a wave; an object exists
simultaneously at different places in a space. Therefore, I require wave function or

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Dual nature of a particle (both particle and wave). Therefore, this is the main
scientific reason behind Dual nature of a particle and this is the main foundation
behind Quantum mechanics.
Therefore, I can say (describing the Earth and the Sun with only one wave function);
0 kilometers = an object exists simultaneously as the sum of all possible bodily states:
the Sun and the Earth.
149 kilometers = an object can be in two places at the same time.
Who helped me to solve problem 2?
Answer: Quantum Entanglement.
Therefore, without Quantum entanglement, a Quantum mechanical phenomenon it is
impossible to introduce Theory of Nothing is Everything.

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3. Results and Discussion
1) Expanding universe and constructing universe with the help of Quantum
mechanics
Let us discuss the role of Quantum mechanics in general relativity to overcome the
problem of gravitational collapse;
By applying postulates 6 and 7; place two objects (the Earth and the Sun) in a
potential well as shown in figure 5. Note that the potential of this well is not infinite.
Due to wave nature of those objects there is a probability of existing objects outside
the well as shown in figure 6. This observation of objects outside a potential well is
said to be Quantum Tunneling.
Figure 5: representation of two objects inside a potential well.
Figure 6: representation of two objects outside a potential well due to Quantum
Tunneling.

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To escape from significant gravity, it is better to observe objects outside the potential
well. This process continues with time as shown in figure 7 for four objects (A, B, C,
and D).
Figure 7: rough representation of four objects along the time axis to escape from
significant gravity
Now analyze figure 7. From figure 7; the distance covered in between the objects C
and D is more as compared with the distance covered in between the objects A and B.
Therefore the objects C and D moved faster. It is very clear that greater the distance
between the objects, faster they move. Therefore, figure 7 clearly explains the
Hubble’s law and accelerating universe.
The same mechanism is applied to the Black Hole. Because of; if you analyze figure
7 by going back in time, you will end at significant gravity called as the singularity.

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2) Dark matter
Neglected ‘h’ or a region of the Dark matter
To overcome the problem of Dark matter apply postulate 2; spatial separation in
between any two events in space-time is zero.
The Newtonian limit
The particle is moving relatively slowly compared to the speed of light, the
gravitational field is weak, and the field does not change with time, ie it is static.
These conditions are known as the Newtonian limit of general relativity.
Under this limit, motion of heavenly bodies is calculated as follows;
For simplicity, let us take the Earth and artificial satellite. Artificial satellites are made
to revolve in an orbit at a height of few hundred kilometers. From Newtonian gravity
the equation used to calculate orbital velocity is given as (you can find this equation
in an intermediate physics text book or in high school physics text book);
hR
GM
vo

(8)
Where;
G = Newton’s gravitational constant.
M = let it be the mass of the earth.
R = radius of the earth.
h = height at which satellite is to be placed.
To decrease calculation difficulty I assume G = M = R = 1.

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Now I placed an artificial satellite at a height of 10^-17 meters with an orbital velocity
1 meter per second. But I neglect ‘h’ in equation (8) by using postulate 2.
Now an observer comes with the same equation (8) to calculate the mass of the earth
with the help of orbital velocity of an artificial satellite. So he found that;
Orbital velocity of the satellite = 1 meter per second.
Distance between the satellite and the center of the earth = R+h.
Therefore the mass of the Earth is given as;
GhRv
Mo)(
2

(9)
But this observer does not neglect ‘h’ (as he doesn’t aware of postulate 2)! This is the
main mistake what we have done so far in calculating the mass of a galaxy or
galaxies. Therefore neglect ‘h’ to overcome the problem of Dark matter.
The same situation occurs when you try to measure mass with the help of
gravitational lensing or with the help of General Relativity[1][4].
 
2
4chR GM


(10)
Where;

= angle of deflection of a light ray passing through close to a body of mass M.
c = speed of light in vacuum.
No need to neglect ‘h’ locally whenever a gravitational field is weak, like, planets
revolving around the Sun and the stars moving at the center of the Galaxy. But, as you
move from the center of a galaxy more mass come into exist, so, the gravity become
significant, then the equation (8) fails to describe motion of heavenly bodies until you

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neglect ‘h’ in equation (8). In a similar way to calculate the motion of a galaxy you
have to consider postulate 2.
Therefore in general, and in the presence of significant gravitation, the general theory
of relativity must be used including postulate 2. That is at significant gravity, if you
follow equation (11), artificial satellites can’t revolve in an orbit at a height of a few
hundred kilometers but falls towards the object.
hR
GM
vo

(11)
If I neglect ‘h’ in equation (11) I get almost all constant orbital velocities in the case
of stars revolving in a galaxy. That is, divide a galaxy into two parts, one is radius ‘R’
and another part is ‘h’ as shown in figure 8. Stars present in a region of ‘h’ maintain
almost all constant orbital velocities. The expected graph is shown in figure 8.
Figure 8: expected graph of orbital velocity verses distance from the center of a
galaxy.

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If you don’t neglect ‘h’ in equation (11) the region of neglected ‘h’ counts for the
region of Dark matter.
3) Causality
By using ‘postulates 2 and 3’ it is possible to overcome the problem of causality.
Einstein and others considered such behavior (quantum entanglement) to be
impossible, as it violated the local realist view of causality.
Due to postulate 2, Signal travel from one event to another related event
instantaneously. If there is no spatial separation (no geometry), how can I say signal
take some time to travel from one event to another related event? Therefore
communication is instantaneous. And it does not mean that an effect takes place
before the cause. Therefore, effect and cause takes place at the same time. To observe
this kind of phenomenon you should bring all events to a single state.
For example; if there are many particles, in general there is only one wave function,
not a separate wave function for each particle. The fact that one wave function
describes many particles is what makes quantum entanglement and the EPR paradox
possible.
3.1.Discussion
Problem statement of Nothing is everything once again:
You should bring all events to a single point (General relativity) as shown in
figure 4 = but you should not feel all events are at single point (Quantum
entanglement) as shown in figure 1.

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How you overcome this problem?
Answer: with the help of Quantum mechanics.
What is gravitational singularity according to the rules of quantum mechanics?
Answer: A quantum state must be described for the universe as a whole is
equivalent to gravitational physical singularity (radius = 0)! And also when two
particles are in entanglement one particle is said to be tunneled particle (it’s your wish
choosing which particle is tunneled one).
General Relativity requires geometry (acceleration) or space-time interval in between
events.
What forced to evolve geometry and reality?
Answer: Quantum tunneling; it refers to the quantum mechanical phenomenon where
a particle tunnels through a barrier. Therefore, ‘nothing is empty (empty also contain
something) in this universe.’
Why I require quantum mechanics?
Answer: to overcome the problem of singularity.
3.1.1. Events are tunneled in nature
If my prediction is correct at least at large scale structure of the universe; on average
and at large scales, the distribution of galaxies is the same throughout the universe,
giving the universe a nearly uniform density and structure. In scientific terms, it is
said to be homogeneous and isotropic.
That is, I apply the following argument to overall universe;

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A quantum state must be described for the universe as a whole is equivalent to
gravitational physical singularity (radius = 0). And also when two particles are in
entanglement one particle is said to be tunneled particle (it’s your wish choosing
which particle is tunneled one).
That is, geometry is neglected in between two galaxies to overcome the problem of
Dark matter. Whenever geometry is neglected in between two galaxies one galaxy is
considered as tunneled galaxy. It’s your wish choosing which galaxy is tunneled one.
Therefore, the distribution of two galaxies is the same. In a similar way, the
distribution of galaxies is the same throughout the universe, giving the universe a
nearly uniform density and structure. If it is true; it’s not gravity but its quantum
entanglement which shapes large scale structure of the universe.
3.1.2. Validating theory of Nothing is Everything
To validate this theory;
1) You have to prove; a quantum state must be described for the system
(universe) as a whole, so that, spatial and temporal separation in between
events is zero.
2) If it is true (a quantum state must be described for the system as a whole), you
have to prove Dark matter problem can be solved by neglecting geometry in
between galaxies or in between events.
3) You have to prove universe is expanding due to Tunneling phenomenon of
Quantum mechanics.
4) If it is true (expansion is Tunneling); on average and at large scales, the
distribution of galaxies is the same throughout the universe, giving the
universe a nearly uniform density and structure.

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5) While doing quantum entanglement experiment; you have to prove cause and
effect takes places at the same time (or) you have to prove an effect cannot
takes place before the cause.
6) Whenever geometry is neglected in between galaxies; you have to prove, it’s
not gravity but its quantum entanglement which shapes large scale structure of
the universe.
7) Geometry is neglected in between two events only at significant gravity not in
Newtonian limit. This can be tested by taking special case as follows;
Special case:
Let us take the Earth and artificial satellite. Artificial satellites are made to revolve in
an orbit at a height of few hundred kilometers. This time you take an orbit at a height
of infinite kilometers! Then orbital velocity of a satellite is given as;
hR
GM
vo

(12)
If ‘h’ is infinite, orbital velocity is zero. If an orbital velocity of a satellite is zero, how
can it possible to make satellite revolve around the Earth?How can I say the motion
of a satellite is affected by a motion of the Earth?How can I say a satellite escapes
from that orbit?
Answer: yes it is possible to make satellite revolve around the Earth in an orbit at a
height of infinite kilometers by neglecting ‘h’ in equation (12). By this I can say the
motion of a satellite is affected by a motion of the Earth and I can say a satellite
cannot escape from its orbit. Here I require special mechanism (Quantum mechanics)
called; satellite and the Earth described by only one wave function.

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God is placed heavenly bodies by this mechanism and you don’t aware of this
mechanism. So, you can easily come to conclusion that its Dark matter.
The same special case which I discussed now is strictly valid for physical singularity
predicted by General Relativity. That is, special case which I discussed now is similar
to figure 1.
Observation 1: therefore globally (on the whole) according to theory of Nothing is
Everything, universe looks absolutely flat or almost all flat in which direction you
look. Because of; theory of Nothing is Everything is constructed on Nothing-like
interval which says geometry in between the events is zero and its quantum
entanglement which shapes large scale structure of the universe (it’s not gravity).
Then, how can I say there exist curvature?
Observation 2: whenever it is assumed to be spatial and temporal separation in
between two events (cause and effect relation) is zero; it is said to be quantum
entanglement or physical singularity predicted by General Relativity. Whenever it is
assumed to be spatial and temporal separation in between two events (cause and effect
relation) is not zero; cause and effect relation is said to be gravity or electromagnetic
force or some force.
Therefore quantum entanglement cannot be considered as a force.
I have not introduced much mathematics in this theory except one equation called as
nothing-like interval. Because of; we know already mathematics about Quantum
Entanglement, Quantum Tunneling, Quantum mechanics, and General Relativity.
Therefore, this theory doesn’t require any new mathematics.

26
5. Conclusion
Seven postulates and nothing-like interval is enough to understand this new theory.
This new attempt brings Quantum mechanics and General Relativity on one stage.
From this theory I draw a conclusion that; ‘General Relativity forced God to play
dice.’ I am hoping this attempt may solve some of the problems of modern physics.
Finally, I conclude Reality itself comes with the rules of Quantum mechanics. I keep
some of the consequences of this paper as my future work.
Acknowledgement
I would like to thank my parents, my friends ghouse, Irfan, and jagadish for their
cooperation in preparing this paper.
References
Books:
[1] Stephen hawking, A stubbornly persistent illusion (running press book
publishers, Philadelphia, London).
[2] Albert Einstein, relativity, the special and the general theory (Mahaveer
Publishers, India).
[3] Lee Smolin, the trouble with physics (published by Penguin Group, London).
[4] Peter Collier, A most incomprehensible thing (published by Incomprehensible
Books, Harlow).