A) A theory that revolves around black holes. B) A theory that proves the existence of aliens. C) A theory that explains time travel. D) A theory that suggests the existence of multiple universes.
A) Albert Einstein. B) Hugh Everett III. C) Isaac Newton. D) Stephen Hawking.
A) Universes that replicate our exact universe. B) Universes that are connected by wormholes. C) Universes that exist in another dimension. D) Universes that exist alongside our own, with different outcomes.
A) The idea that black holes connect different universes. B) The idea that time travel is the key to accessing different universes. C) The idea that there are only a few universes in existence. D) The idea that every possible outcome of a quantum event actually occurs in a separate universe.
A) It provides a basis for the existence of multiple universes. B) It allows for communication between universes. C) It creates stable wormholes between universes. D) It disproves the existence of multiple universes.
A) The idea that the universe is a static entity. B) The idea that there is a vast landscape of different universes, each with its own physical laws. C) The idea that all universes merge into one at the end of time. D) The idea that different universes exist on top of each other like layers.
A) It explains the origin of dark matter. B) It disproves the existence of black holes. C) It predicts the end of the universe. D) It offers potential explanations for the fine-tuning of physical constants.
A) Cosmology. B) Marine biology. C) Psychology. D) Archaeology.
A) It proves the existence of extraterrestrial life. B) It raises questions about the nature of reality and the meaning of life. C) It eliminates the concept of free will. D) It solidifies the concept of a singular universe.
A) 1957. B) 1973. C) 1965. D) 1980. |