Rocket With Speed Of Light1

As said by the Master of Modern Physics “EINSTEIN” Einstein’s theory of relativity:- According to age old rules of physics, matter can be neither created nor destroyed. Einstein discovered that matter can be converted into energy and vice versa Where ,

E=mc2

E is the energy. m is the mass. c is the velocity of light(i.e.,3*108 ) It is made clear that massive amounts of energy can be produced from little quantity of matter. This was proposed in 1905. “Can we imagine any thing traveling with a speed equal to that of light?” We thing that it is impossible but, according to me it is possible Let us see it, According to Einstein’s mass-energy equation

E=mc2

Energy =product of mass and square of the velocity of light. From this, E =mc2 E/m =c2 c =√ (E/m) ⇒ Speed of light =square root of energy divided by mass MATHEMATICAL VERIFICATION :Let Mass(m) = 1kg Energy(E) =9*1016 Then “c” =E/m =√ (9*1016/1) =3*108/1 =3*108 “And that’s speed of light”. Application ;If we consider rockets which move with Newton’s third law of motion i.e., Action=-reaction If it is possible that a rocket ejects the action by √E/m then it moves with a reaction equal to √E/m then the rocket moves in opposite direction with speed of 3*108ms-1 To obtain the relevant energies nuclear fission reactions can be used. Nuclear fission reactions can be used. I have designed a different one. It has mainly to discuss about following aspects. → Nuclear reactor 1

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Nuclear fuel {URANIUM} Moderator Controlling rods Coolant Xenon chamber {ionsing} Positive charged plate Negative charged plate Convectional fuel nozzles Heavy metal tip

Nuclear reactor:The device in which the nuclear chain reactions take place is called nuclear reactor.

Nuclear fuel:The fissionable material used in nuclear reactors for producing energy is called nuclear fuel. Natural uranium contains 99.3% of isotope U-238 and 0.7% of isotope U-235 which is used here.

Moderator:During nuclear fission of U-235 atom, for every fission three neutrons with high kinetic energy are released. If a fast neutron is bombarded on a nuclear rod the chain reaction starts. But it must be passed through a graphite core to make it a slow neutron. The graphite core is called the moderator. But, the reactant chamber must be slightly modified by removing the concentrate layer on one side {exhaust side}.

Controlling rods:During the fission of U-235 nuclei, for every reaction if three fast neutrons are produced then they react with another three U-235’s and produce three more fast neutrons which results in uncontrolled fission reactions. To overcome this, rods of cadmium {or} Boron are used. They absorb the extra neutrons and permit only one neutron with high kinetic energy and heat.

Coolant:A coolant pipe carrying Natrium {sodium} is run along the reactor and absorbs heat. This heat absorbed is donated to the cold water at heat exchanger part. Thus, water becomes steam and runs the turbines this electricity is used for internal appliances using electrical energy.

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Ion propeller (Xenon chamber):A chamber filled of xenon gas is placed such that the β rays are entered into it and ionized. Normally if a particle of velocity 11ms1 enters into this chamber and gets ionized increases its velocity to 24ms-1. But, if a particle of 2.96*108 ms-1 enters into this chamber its velocity increases more than 3*108 ms-1 i.e., the shuttle goes in more than light’s velocity. This is called Ion propeller

Positive charged plate A porous positive charged plate is placed after the ionizing chamber (xenon chamber} to attract ionized β particles.

Negative charged plate It is placed at some distance to positive plate having the pores not exactly below the positive plate’s pores. This is used to oscillate α particles

Convectional fuel nozzles;If these ionized radiations come out as action then rocket goes in light’s speed in the atmosphere due to friction the rocket would blast off .So I have placed convenient convectional fuel chambers to give the thrust in normal speed until the rocket crosses atmosphere. But the fuel pipes must arise as two different pipes on each side of the main nozzle and combust with helium cylinders and release the gasses.

Heavy metal tip:A heavy metal tip is placed to get two benefits, to increase the aero dynamism and to achieve the friction proof environment and avoid the corrosion of the astronaut chamber.

Precautions used while using the proposed shuttle Just two defects which I am worrying about is destruction of shuttle due to the friction and of the take-off of it which may cause pollution This is different from others as it carries a special nuclear reactor; it has totally three nozzles two for convectional liquid fuel and one for radiant energy emission. It can use the electricity produced by the nuclear reactions for its internal operations.

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This shuttle obeys kinetic energy equation also. But we get it in a different method. K.E= 1 mv2

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Where, K.E is the kinetic energy m is the mass v is the velocity Here we will try to obtain velocity for the energy of 9*1016 joules of energy. Assume, M =1kg V =3*108ms-1 K.E

=1*3108 =9*1016 =4.5*10-1 This difference is the got due to ionization of “β ”particles from a speed of 2.96*108 ms-1to 4.5*1016ms-1.

Concept of time machine This shuttle can also be used as a time machine if it travels with the speed more than light. Seeing an object means receiving the light reflected from that body and forming an image of it. So, the earth has formed 4.7 billion years ago which means the light reflected at that time would have reached a distance of 4.7billion light years. And it is still going far about. If we go in a speed more than light we would reach 4.7billion light year spot at some time. From there we can see the formation of earth. We can see the bigger incidents from this as arrival of seasons etc. But not the happenings of the microscopic human’s life.

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Heavy metal tip

Astronaut chamber

Liq O2

Liq

H2

Nuclear Reactor

He N2

He XENON

N1

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