Superstring Theory and Quantum Mechanics

The String Theory states that everything is:

• United by strings

• United by Dark Matter

• United by Big Bang

• United by Galxies

Quantum Mechanics says that every particle is:

• A small universe

• A string

• A wave-function

• A curved line

What is the correct equation which we use to determine the maximum number of electrons on each layer of an atom?

In quantum mechanics, the colors are made visible when an electron jump from one layer to another, and thus it produces an energy that emits a type of color. So, a long wavelength (long distance) means what?

• High Energy

• Same Energy

• Medium energy

• Low Energy

What makes the strings so tiny?

• Quantum Mechanics

• The tension

• The strong nuclear force

• The gravity

Every fermion has another cousin called

• Electron

• Fermion

• Superparticle

• Boson

The supersymmetry theory states that:

• When a fermion was created at the beginning of the Universe, another theoretical boson was created

• When a fundamental superparticle was created at the beginning of the Universe, another theoretical particle was created

• When a fundamental particle was created at the beginning of the Universe, another theoretical superparticle was created

• When a fundamental particle was created at the beginning of the Universe, another theoretical particle was created

If the supersymmetry is true, then we can say that the Universe would exist

• Double the kinds of particles known yet

• Double the kinds of superparticles

• Double the number of fermions

• Double the kinds of particles in a multiverse

The strong nuclear force keeps ___ together.

• Atoms

• Electrons and Neutrons

• Protons and Neutrons

• Electrons and Nuclei

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