Zero Entropy structure of materials

Published On 02/Sept/2014 By Uttam Narayan Tripathi

Zero Entropy Structure of Nucleus

Zero State of nucleus – It is a state when temperature is absolute Zero (-273⁰C). At this temperature there is no chaos or randomness in a system. At this state all materials have one static stable structure. At zero state there is no motion at all. If you get to see one atom in zero state then all confusions about atomic structure will disappear suddenly. First thing you get to know that there is nothing like electrons, protons and neutrons. There are two types of particles only. You already know these two particles are up quark and down quark.

We know that proton is made of -  2 up quarks and 1 down quark

And similarly neutron is made of – 1 up quark and 2 down quarks

So you can always calculate number of up and down quarks in known structure of atom.

Up quark is bigger size particle having +ve nuclear charge and +2e/3 electric charge

Down quark is very small size particle having –ve nuclear charge and –e/3 electric charge

Radii of these particles are assumed to be a distance from its center where nuclear force becomes effective.

Up and down quarks attract each other with nuclear force when they are close enough.

Two up quarks repel each other with strong nuclear force when they are close enough. Similarly two down quarks repel each other.

For now just assume that strong nuclear force of attraction and repulsion acts between these two kinds of particles only when they touch each other, or otherwise they apply electric force on each other as per coulomb’s law.

Down quark in between two up quarks ensures that up quark do not apply nuclear repulsion on each other, but electric repulsion between up quarks keep them away from each other, but nuclear attraction of down quark in between do not let them go away from each other.

So Hydrogen nucleus is just one dumbbell shaped object made of one down quark and two up quarks.

But when temperature is above 0K then it starts rotational motions about COM and also moves linearly. Rotating structure fools you as if hydrogen nucleus is one spherical object.

 

What you know as electron is basically three down quarks orbiting together. This is a shock. 

Helium Atom

Nucleus of He atom is made of 6 up quarks and 6 down quarks in a ring structure. Three down quarks on either side of ring on its axis make its stable zero state structure. Now when this structure starts rotating randomly then what you see is something you already know. See how three down quarks on either side of ring nucleus creates illusion of two electrons. This is fooling us. But I can see it exactly. I have many information’s that is going to blow the mind of people.

First thing I need to perform is to construct missing materials. And some initial small atoms will solve the purpose of fuel in future. I have thought about constructing the nucleus. It is real fun. 

I will add each and every atom you know or do not know, on everyday basis. 

3-Down Quark Assembly of electron Published On 04/Sept/2014 By Uttam Narayan Tripathi 

Story of electron as told by He-atom.

When atoms gain energy then ring nucleus rotates and wobbles. Since down quarks are symmetrically located on both sides along its axis so two down quarks develop opposite spin so that they develop opposite poles of magnetism. And are attracted towards the center of nucleus. One down quark when located at center forms stable structure of three electrons. Now this electron gets out from nucleus region and exist as single particle. So electron is assembly of three down quarks. Two down quarks spin along opposite sense to get attracted and third down quark at the center develop electric repulsion to form stable structure. 

Damroo held by lord Shiva in Hindu mythology symbolically represents assembly of electron.