k Variation of the cosmological constant Variation of the cosmological constant. Diagram showing the variation in the properties of the universe with curvature K and the cosmological constant lambda symbol. The situation with no cosmological constant is highlighted in blue. Three of the models are named the Lemaitre model is at lower right Lem the LemaitreEddington model is to its left LEdd and the middle model of the blue ones is the Einsteinde Sitter model EdS. Each of the models shows the evolution of the universe from creation to its predicted end. The curved models at left are closed universes that expand and then contract again. The models that increase in size indefinitely are open universes. These models are based on the Friedmann equations. Stock Photo - Afloimages
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Variation of the cosmological constant Variation of the cosmological constant. Diagram showing the variation in the properties of the universe with curvature  K  and the cosmological constant  lambda symbol . The situation with no cosmological constant is highlighted in blue. Three of the models are named: the Lemaitre model is at lower right  Lem   the Lemaitre Eddington model is to its left  L Edd   and the middle model of the blue ones is the Einstein de Sitter model  E dS . Each of the models shows the evolution of the universe from creation to its predicted end. The curved models at left are closed universes that expand and then contract again. The models that increase in size indefinitely are open universes. These models are based on the Friedmann equations.
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Variation of the cosmological constant

Variation of the cosmological constant. Diagram showing the variation in the properties of the universe with curvature (K) and the cosmological constant (lambda symbol). The situation with no cosmological constant is highlighted in blue. Three of the models are named: the Lemaitre model is at lower right (Lem); the Lemaitre-Eddington model is to its left (L-Edd); and the middle model of the blue ones is the Einstein-de Sitter model (E-dS). Each of the models shows the evolution of the universe from creation to its predicted end. The curved models at left are closed universes that expand and then contract again. The models that increase in size indefinitely are open universes. These models are based on the Friedmann equations.

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