The Standard Model Extension

In the last post I explained The Standard Model, there is just one problem, it is incomplete. I have created my own theory of how dark matter and dark energy could fit in The Standard Model. In my theory, there are two anti-quarks for dark matter called the Jeevan quark (sign of G) and the Jai quark (sign of J). As the dark matter quarks are anti-quarks the charges would be -2/3 for the G quark and +1/3 for the J quark. Dark energy is a lepton in my theory and is called zeta (sign ofΒ ΞΆ) named after the 6th Greek letter. I believe the reason we haven’t seen dark matter and dark energy is because a boson called delta (sign of Ξ΄) named after the 4th Greek letter, detects particles that aren’t dark and alerts the dark matter and dark energy to shrink. Some people think there is a graviton for gravity, but I think gravity is part of mass and mass is explained in the Higgs boson. Here is the complete diagram:GJ-Zeta Standard Model

I bet you didn’t notice the name of this post has 2 meanings. πŸ˜‰ 😎

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The Standard Model

Recently, my dad taught me ‘The Standard Model’ of physics. It is made up of quarks, leptons and bosons. Three quarks make up a proton or a neutron. It depends what the combination of quarks are there to make different hadrons (proton/neutron), e.g. 2 up quarks and 1 down quark make a proton, 1 up quark and 2 down quarks make a neutron. I know that because an up quark has a +2/3 charge and a down quark has a -1/3 charge. The Higgs Boson is an undiscovered particle that will explain mass. I drew a diagram to explain better:

Standard model higgs

The Standard Model

I also drew another diagram showing what makes matter, it explains how crucial quarks are to make everything. It also shows what everything is made of and the layout of atoms, molecules, nuclei and quarks. Oh and what quarks are made of is still a mystery (some people think it could be strings, but that sounds silly to me, haha silly strings πŸ˜‰ 😎 ).Β  Here is the diagram:

Done by J33v@n

Diagram of matter to quarks