=> The EPR Paradox... hought experiment was to expose the profound peculiarities of the quantum description of a physical system extended over a large region of space. It seemed that, under certain conditions, a quantum system of two entangled particles could in theory exchange information instantaneously or, a ...
=> DUALITY OF TIME - 3.4.4.6 The EPR Paradox... ought experiment was to expose the profound peculiarities of the quantum description of a physical system, extended over a large region of space. It seemed that, under certain conditions, a quantum system of two entangled particles could in theory exchange information instantaneously or, a ...
=> DUALITY OF TIME - 3.4.4.5 Observer Effect... act of observing a situation or phenomenon must necessarily interfere with it. This observer effect is often negligible in classical situations when the observed objects are large, but for quantum systems, the observed object may experience a considerable change as a result of mere observ ...
=> DUALITY OF TIME - 3.4.4.4 Wave-Function Collapse... tion collapse. In 1932, von Neumann incorporated this concept into the mathematical formulation of Quantum Mechanics, as we shall see in section 4.6. As we have already described above, the quantum system is always in a superposition state which evolves according to the Schroedinger equati ...
=> DUALITY OF TIME - 2.5.5 Similar Arguments... ower Zeno, the phenomena of movement and change are simply recurring appearances of a changeless eternal reality. More recently, some physicists discovered that the dynamical evolution of a quantum system can be hindered or inhibited through observation. This effect is usually called the à ...
=> DUALITY OF TIME - 3.7 Strings Theory... VI. 3.9.4 Physical Information Does the collapse of wave-function or black holes horizons irrevocably destroy physical information, and how is quantum information stored as states in quantum systems? We shall see in chapters VI and VII that the physical and psychical worlds are perp ...
=> ULTIMATE SYMMETRY - II.1 Symmetry and Quantum Mechanics... owed that, unlike the macroscopic world which is characterized by various approximate symmetries, the symmetry of elementary particles is exact, because for example electrons are identical. Quantum systems are also described by functions that are subject to the usual symmetry operations, s ...
=> Solving the Problem of Physical Information Based on the Duality of Time Theory... imate Symmetry . Physical Information Does the collapse of wave-function or black holes horizons irrevocably destroy physical information, and how is quantum information stored as states in quantum systems? We shall see in chapters VI and VII that the physical and psychical worlds are perp ...
=> SINGLE MONAD MODEL - 6. The EPR Paradox:... hought experiment was to expose the profound peculiarities of the quantum description of a physical system extended over a large region of space. It seemed that, under certain conditions, a quantum system of two entangled particles could in theory exchange information instantaneously or, a ...
=> DUALITY OF TIME - 3.4.4.8 Schroedinger’s Cat... wave-function means that, once the cat is observed, there is a 50% chance it will be dead, and 50% chance it will be alive. This thought experiment poses the following question: when does a quantum system stops existing as a superposition of states and becomes one or the other? Copenhagen ...
=> DUALITY OF TIME - 3.4.5.16 Duality of Time Interpretation... tial to the final state, in terms of either particles or fields. The transition amplitude is then given as the matrix element of the S-matrix between the initial and the final states of the quantum system. The Feynman graphs and rules of calculation summarize Quantum Field Theory in a form ...
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
