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Kyle Parica, Ani Karapeytan, Jonathan Brennan

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Kyle Parica, Ani Karapeytan, Jonathan Brennan

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Lepton epoch was the period in the early universe evolution where the leptons dominated the mass of the universe.

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During this era, stars began to form and formed the latest and current phase of the universe. The formation of the stars forged almost all the newer elements and helped shape the universe as we know it. The elements are major factors to the creation of planets, moon, life, basically everything.

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Clouds of hydrogen and helium atoms formed to create small pockets of gas. Clusters of atoms formed within the clouds, which became the seedlings of galaxies.

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Mell Walter, Ronnie Hawkins, Olivia Reiss

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Mell Walter, Ronnie Hawkins, Olivia Reiss

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The universe rapidly expanded. It almost instantly grew from the size of an atom to the size of a grapefruit. The universe at this time was piping hot and it churned with electrons, quarks, and other particles.

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About 100 seconds after the big bang, the protons and neutrons fused to create nuclei, they created the first chemical element which was helium.

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Braden Boswell, Lucas Byrns, Lily Perkins

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Braden Boswell, Lucas Byrns, Lily Perkins

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It is an era in traditional Big Bang cosmology immediately after the event which began the universe. The temperature is so high that subatomic particles couldn’t form. The four forces that shape the universe were combined and formed one fundamental force

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Saraphine Patterson,Shannon Ong and Bryan Schraier 

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Saraphine Patterson,Shannon Ong and Bryan Schraier 

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A period in the evolution of the early universe

The temperature of the universe was too high and allowed quarks to bind together and formed hadrons

All elements needed to form the universe present, but universe still too hot and too dense for subatomic particles to form (10^16 Kelvin)

Fundamental connections between gravitational pull and electromagnetic fields started to form

The quark epoch ended when the universe was about 10^-6 seconds old and started when it was about 10^-12 seconds after the big bang

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The Universe’s temperature was able to cool down enough for electrons to be able to connect with nuclei, this process helped create the universe’s second element, hydrogen, 50,000 years after the big bang.

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Haley Barrios, Johanna Lerche, Johnathan Zobel

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Haley Barrios, Johanna Lerche, Johnathan Zobel

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The unification of weak and strong electromagnetic forces are merged into one when particles at high energies interact.

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Temperature: 10^12 Kelvin         Time after big bang: 1-10seconds

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Maya Levy, Renee Blataric, Ashley Flores

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Maya Levy, Renee Blataric, Ashley Flores

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Occurred Between 10−5 seconds and 1 second after the Big Bang. The Universe cooled down enough for quarks to bind together which formed protons and neutrons. New hadron/anti-hadron pairs were no longer produced. New hadrons and anti hadrons destroyed each other and high energy photons began to rise. The theory predicts that 1 neutron remained for every 7 protons.

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Tommy Schmaltz, Dylan Maguire, Val Iniguez

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Tommy Schmaltz, Dylan Maguire, Val Iniguez

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10^-32 seconds after the bing bang, the universe reached electroweak epoch. It has a temperature of 10^21 kelvin. The forces of nature are gravity, strong nuclear radiation, but with minimal time. At this point, the universe began to cool enough where minimal properties like electro magnetic forces became more abundant and fundamental.

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a nuclear power a related to the nucleus of the atom which is the nucleus of the cell and a nuclear power can be obtained by a nuclear fission,decay, or a fusion