BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized...

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BIG BANG TIMELINE FILL IN YOUR MISSING DATA

Transcript of BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized...

Page 1: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

BIG BANG TIMELINEFILL IN YOUR MISSING DATA

Page 2: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

THE BIG BANG

• 0 to 10-43 seconds• Temperature- theorized to be infinite• Infinitely small, Infinitely Dense, Primeval

Fireball• Only 1 force exists- Supergravity

Page 3: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

PLANCK TIME

• 10-43 seconds• Temperature- 1032 Kelvin• Earliest known time that can be described by

Modern physics• 2 forces- Gravity, and Grand Unified Theory

GUT

Page 4: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

END OF GUT

• 10-35 seconds• Temperature- 1027 Kelvin• 3 forces exist- Gravity, Strong Nuclear Force, Weak

Force• Quarks and Leptons form (along with their anti-

particles)

Page 5: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

INFLATION

• 10-35 to 10-33 seconds• Temperature- 1027 Kelvin• Universe increases in size by a factor of 1030 to 1040

Page 6: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

END OF UNIFIED FORCES

• 10-12 seconds• Temperature- 1015 Kelvin• 4 forces found in nature- Strong, Weak,

Electromagnetic, and Gravity• Protons and Neutrons begin to form from

quarks

Page 7: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

HEAVY PARTICLES

• 10-7 seconds• Temperature- 1014 Kelvin• Protons and Neutrons forming at full speed

Page 8: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

LIGHT PARTICLES

• 10-4 seconds• Temperature- 1012 Kelvin• Electrons and their opposite particles

(positrons) form

Page 9: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

NUCLEOSYNTHESIS

• 100 seconds• Temperature- 109 -107 Kelvin• Helium, Deuterium, and a few other elements

form

Page 10: BIG BANG TIMELINE FILL IN YOUR MISSING DATA. THE BIG BANG 0 to 10 -43 seconds Temperature- theorized to be infinite Infinitely small, Infinitely Dense,

RECOMBINATION/DECOUPLING

• 380,000 years• Temperature- 3000 Kelvin•Matter and Radiation separate• Radiation domination ends and matter takes

over the Universe

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GALAXY FORMATION

• 400-500 million years• Temperature- 10 Kelvin• Galaxies and other large structures form in the

Universe

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NOW

•Approximately 13.7 billion years later• Temperature- 3 Kelvin•We sit here and take these notes today…