Penrose has proposed an interesting cyclic cosmology in which two subsequent cosmologies are glued along conformal boundary together. The metric of the next cosmology is related to that of previous by conformal scaling factor, which approaches zero at the 3-D conformal boundary. The physical origin ...
Conformal cyclic cosmologyWhite holesPhantom energyLate time universeEarlier stages of the universeThe conformal cyclic cosmological evolution of the universe is discussed with the principles of loop quantum gravity. The application of quantum mechanical aspects enables connecting surface between two cyclic ...
网络共形循环宇宙学 网络释义 1. 共形循环宇宙学 彭罗斯将他的理论称之为共形循环宇宙学(Conformal Cyclic Cosmology),他认为,宇宙不是产生于大爆炸而是经过一个连续 … www.astronomy.com.cn|基于12个网页
symmetric pre-big-bang extensions 2.2 Dual conformal diagrams 2.3 Cyclic SFD extensions 3 Scale factor duality for matter fields 3.1 Dual and partially self-dual fluids 3.2 Dual scalar fields 4 SFD symmetric conformal cyclic cosmologies 4.1 Conformal crossover 4.2 Conformal cyclic cosmology 4.3 CCC ...
Many-worlds quantum theory gives a new twist on conformal cyclic cosmology, though not one that Penrose agrees with. FromSingularity Hub The powerful symmetry, known as conformal invariance, is actually a package of three separate symmetries that are all wrapped up within it. ...
Define conformally. conformally synonyms, conformally pronunciation, conformally translation, English dictionary definition of conformally. adj. 1. Mathematics Designating or specifying a mapping of a surface or region upon another surface so that all an
Penrose, R.: On the gravitization of quantum mechanics 2: conformal cyclic cosmology. Found. Phys. (2014). : 10.1007/s10701-013-9763-zPenrose, R. (2014). On the Gravitization of Quantum Mechanics 2: Conformal Cyclic Cosmology. Foundations of Physics, 44(8), 873-890. https://doi.org...
Tim Palmer
Towards the end of this book, we introduce Penrose's theory of Conformal Cyclic Cosmology regarding the repeated births and ends of the universe.SPACETIME GEOMETRY OF RELATIVITY:Extending Pythagorean TheoremTakashi KenjoShigeru Sano
Obtained results are compared with LCDM and quintessence models. The work supports the conformal cyclic cosmology which predicts the conformal evolution of the universe without facing any singularity as the consequence of the topological effects.