Some have suggested that Brans-Dicke fields may give rise to the quantum type of them, as governed by Coleman's mechanism. The Euclidean variety is studied in particle physics. The Lorentzian type are better known, though most theoretical treatments involving them also include matter with negative energy density. Spinning a torus with the density of a neutron and a diameter of one AU is one proposed method for creating them. The Schwarzschild variety are thought to connect universes and lie inside black holes. The term comes from an analogy about an apple, noting that the distance along the surface is much greater than the distance through the middle. Common in science fiction, this is, FTP, what theoretical gateway through space and time.
Some have suggested that Brans-Dicke fields may give rise to the quantum type of them, as governed by Coleman's mechanism. The Euclidean variety is studied in particle physics. The Lorentzian type are better known, though most theoretical treatments involving them also include matter with negative energy density. Spinning a torus with the density of a neutron and a diameter of one AU is one proposed method for creating them. The Schwarzschild variety are thought to connect universes and lie inside black holes. The term comes from an analogy about an apple, noting that the distance along the surface is much greater than the distance through the middle. Common in science fiction, this is, FTP, what theoretical gateway through space and time.
Some have suggested that Brans-Dicke fields may give rise to the quantum type of them, as governed by Coleman's mechanism.
{wormhole}s