Dark Matter

Февраль 13, 2021

Содержание

2. 1933, F.Zwicky
3. V.Rubin (optics) A.Bosma (radio)
4. Gas Star evolution remnants Jupiters Modified gravity
6. Friedmann universes
7. Friedmann equations Equation of state
8. Relativistic matter Non-relativistic matter The cosmological constant
9. Relic radiation anisotropy
11. Dark matter vs. Dark energy
12. Candidates 1) Weakly Interacting Massive Particles (WIMP) 2) Extremely weakly interacting particles (EWIP) 3) Low-massive black
13. Dark matter structure
16. Relic radiation anisotropy
18. Скачать презентацию

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1933, F.Zwicky

1933, F.Zwicky

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V.Rubin (optics) A.Bosma (radio)

V.Rubin (optics) A.Bosma (radio)

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Gas
Star evolution remnants
Jupiters
Modified gravity

Gas Star evolution remnants Jupiters Modified gravity

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Friedmann universes

Friedmann universes

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Friedmann equations
Equation of state

Friedmann equations Equation of state

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Relativistic matter
Non-relativistic matter
The cosmological constant

Relativistic matter Non-relativistic matter The cosmological constant

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Relic radiation anisotropy

Relic radiation anisotropy

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Dark matter vs. Dark energy

Dark matter vs. Dark energy

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Candidates
1) Weakly Interacting Massive Particles (WIMP)
2) Extremely weakly interacting particles (EWIP)
3) Low-massive

Candidates 1) Weakly Interacting Massive Particles (WIMP) 2) Extremely weakly interacting particles

black holes
4) Something else

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Dark matter structure

Dark matter structure

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Relic radiation anisotropy

Relic radiation anisotropy