How nuclear energy is formed and which regulators have functioned behind the formation of nuclear energy, and how nuclear energy has brought about blessing as a sustainable renewable energy, also, how nuclear energy has brought about curses in the generation of the nuclear bombs on the basis of the terms “Fusion” and “Fission”. Besides the trial of the working efficiency of the nuclear bombs & nuclear weapons into the depth of the oceans that is, through and through, responsible for the destruction of under water’s bio-diversity.

1. Paper Title: Deathtrap
Author:DEEN SAYEEDIN
Northern University, Bangladesh.
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DEATHTRAP
ABSTRACT:
How nuclear energy is formed and which regulators have functioned behind the formation of nuclear energy, and how nuclear energy
has brought about blessing as a sustainable renewable energy, also, how nuclear energy has brought about curses in the generation
of the nuclear bombs on the basis of the terms “Fusion” and “Fission”. Besides the trial of the working efficiency of the nuclear
bombs & nuclear weapons into the depth of the oceans that is, through and through, responsible for the destruction of under water’s
bio-diversity.
KEYWORDS:
 Atom,
 Nuclear Energy Formation Process,
 Fusion,
 Fission,
 Theory of Relativity,
 Atomic Nucleus,
 The Calculation of the Chain Reaction,
 The Protection of the Under Water Bio-Diversity.
Initial Notion of Atom:
Nuclear energy is a form of energy that takes place through nuclear fusion or fission. The upheaval of nuclear energy
accomplishes in three steps. The first is, the emergence of nuclear energy takes place through the ebb of radioactive or the ebb of
neutrons and protons of which position is in the nucleus of an atom of radioactive substances.

2. 2
The Source of the Generation of the Nuclear Energy from Theory of Relativity:
If the center of an atomic nucleus has been broken up, its weight will be a little bit diminished after that the lost weight will turn into
energy, and a high amount of the emitted energy will be identified as nuclear energy. Nuclear energy has been generated in a nuclear
chain system reaction that occurred at the atomic explosion. Generated nuclear energy from the atomic outburst that is easily
measured by the equation of the theory of relativity of Albert Einstein. In 1905, Albert Einstein proved that both substance and
energy are identical, indeed. Suppose, any substance's mass=m the velocity of light= c
To convert the substance into energy entirely, the received total amount of energy is to be solved by the equation of the theory of
relativity.
E= mc2. [E= energy; m= mass of substance]
c=velocity of light { c = 3x108 m/s}
Definition of Nuclear Energy in Terms of Atom and Atomic Nucleus
The basic unit of the fundamental substance is an atom that is in three segments: electron, proton & neutron. The centrum of an
atom is consisting of protons and neutrons which is known as an atomic nucleus.

3. 3
In the center of the atomic nucleus, the electron is rotating in various orbits. On account of the breakage of an atomic nucleus, the
atomic nucleus declines its mass which is converted into nuclear energy. Vast nuclear energy becomes generated through the
breaking down of an atomic nucleus incessantly.
The Accomplishment of the Emergence of Nuclear Energy
through the Three Initiatives:
 The first is, the emergence of nuclear energy takes place through the ebb of radioactive or the ebb of neutrons and protons
of which position is in the nucleus of an atom of radioactive substances. In that process, more than one nucleus of an atom
becomes united and relatively makes the heavy nucleus and excessively emits energy is known as fusion. In the case of
nuclear fusion, the total mass of the generated atomic nucleus is lesser than the previous atomic nucleus's mass.
 The second is, the upheaval of nuclear energy through nuclear fusion, and this process is accomplished through the
addition of the two atomic nuclei and the formation of the gigantic nucleus. In the process, the nucleus of a heavy atom
makes the two nuclei of its almost equivalent weight through the dividing of it of which eventually, vast energy and
countless neutrons are created. This process is known as fission.

4. 4
 The last is, the generation of nuclear energy through nuclear fission, and the process is accomplished through the breakage
of the massive nucleus, and the subtraction of the more than two atomic nuclei.
The Calculation of the Chain Reaction
The breakage of the heavy element’s atom getting hit at a neutron turns itself into the mild element’s atom from which heat energy
is diffused that is known as nuclear energy.
At the beginning of its reaction, the three neutrons are made up of.
Suppose, nuclear reaction =n; numbers of generated neutrons from every reaction=3
One nuclear reaction generates three neutrons. The equation is n=3.
Two nuclear reactions generate 6 neutrons. The equation is (n)²=(3)²=6.
Three nuclear reactions generate 9 neutrons. The equation is (n)³=(3)³=9
By and by the amounts of neutrons will increase through taking part in the nuclear reactions; and after that, that will turn into a
nuclear chain reaction system.
The continuous generation of neutrons from nuclear reactions will be continuing that has been proved from the above stated
calculation of the nuclear chain system.
 Misusages of Nuclear Energy
 Destruction of Under Water Bio-Diversities
 Trial of the Efficiency of Nuclear Weapons under Oceans
The constant continuity of the nuclear reactions and incessant production of nuclear energy can never bring about any positivity of
which testimony is Hiroshima and Nagasaki. The production of nuclear energy should be done as a necessity for research and
electricity generation. The extra production of nuclear energy should be used either in making atomic bombs or nuclear weapons.
Misuse of nuclear weapons can bring about a massive loss for the world's climate. To experiment on the effectiveness and the
capability of sea-based nuclear weapons can never bring about a good solution; as a matter of fact. Oceans' bio-system is now at
stack. Ocean's ecosystem and biodiversity stand at stake. Nuclear-based defected submarines' immersion at the bottom of the seas
brings about the danger of the sea biodiversity.

5. 5
©Deen Sayeedin
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The more neutrons’ amounts will increase, the more nuclear reactions will take place. As a result, nuclear chain reaction system
will emerge nuclear particles incessantly that will bring a dreadful disaster especially for under-oceans bio-diversities.