A Quantum Explanation of Sheldrake`s Morphic
... that there has to be a "metaplan" -- a meta-blueprint that functions in a non-local way, both spatially and temporally. Somehow the micro DNA strand of one single cell has to exert influence on a vast collection of cells spread across a Macro region of spatial volume and over the whole time that the ...
... that there has to be a "metaplan" -- a meta-blueprint that functions in a non-local way, both spatially and temporally. Somehow the micro DNA strand of one single cell has to exert influence on a vast collection of cells spread across a Macro region of spatial volume and over the whole time that the ...
Resonant Tunneling Between Quantum Hall Edge States
... function [2/3] Padé form in order to extrapolate to ω = 0. In order to check the code and to test our analytic continuation procedure, we compare our results to an exact solution which is available for g = 1/2 in Fig.(2) The solid line is the exact solution derived in ref. [7], and the data points ...
... function [2/3] Padé form in order to extrapolate to ω = 0. In order to check the code and to test our analytic continuation procedure, we compare our results to an exact solution which is available for g = 1/2 in Fig.(2) The solid line is the exact solution derived in ref. [7], and the data points ...
spin liquids - IPhT
... Gap & short-range (connected) correlations, no spon. broken sym. unique ground-state. “weakly entangled” states (exists a product-state limit) A famous example: SrCu2(BO3)2 (very interesting magnetization curve with many plateaus) ...
... Gap & short-range (connected) correlations, no spon. broken sym. unique ground-state. “weakly entangled” states (exists a product-state limit) A famous example: SrCu2(BO3)2 (very interesting magnetization curve with many plateaus) ...
Experimental test of quantum nonlocality in three
... This expression implies, ®rst, that any speci®c result obtained in any individual or in any two-photon joint measurement is maximally random. For example, photon 1 will exhibit polarization R or L with the same probability of 50%, or photons 1 and 2 will exhibit polarizations RL, LR, RR or LL with t ...
... This expression implies, ®rst, that any speci®c result obtained in any individual or in any two-photon joint measurement is maximally random. For example, photon 1 will exhibit polarization R or L with the same probability of 50%, or photons 1 and 2 will exhibit polarizations RL, LR, RR or LL with t ...
Understanding Quantum Theory
... Historical Development of Quantum Theory: 1. A New Mechanics New mechanics of Schroedinger and Heisenberg: a modification of classical physics guided by new physical ideas and mathematical guesswork. I ...
... Historical Development of Quantum Theory: 1. A New Mechanics New mechanics of Schroedinger and Heisenberg: a modification of classical physics guided by new physical ideas and mathematical guesswork. I ...
Superconducting Circuits and Quantum Computation
... The basic component of a quantum computer is the qubit, the quantum analog to today’s bits. Any two-level quantum system could serve as a qubit; however, the qubit must satisfy two major criteria for practical quantum computing: long coherence times and the ability to scale to thousands of qubits. P ...
... The basic component of a quantum computer is the qubit, the quantum analog to today’s bits. Any two-level quantum system could serve as a qubit; however, the qubit must satisfy two major criteria for practical quantum computing: long coherence times and the ability to scale to thousands of qubits. P ...
Compute by“Cooling”Quantum System
... The Mysterious World of Quantum Mechanics Heralds the Future of Information Processing Though quantum computers are occasionally the subject of articles in newspapers and other media, we have no clear idea as to what they really are or what they will look like. A means of creating such computers, an ...
... The Mysterious World of Quantum Mechanics Heralds the Future of Information Processing Though quantum computers are occasionally the subject of articles in newspapers and other media, we have no clear idea as to what they really are or what they will look like. A means of creating such computers, an ...
Pulsed Energy-Time Entangled Twin
... with Faraday mirrors (FM) to compensate for polarization fluctuations [10]. The path difference corresponds exactly (within the coherence time of the pump laser) to the delay produced by the first interferometer. It can be varied or maintained stable by controlling the temperature of the whole inter ...
... with Faraday mirrors (FM) to compensate for polarization fluctuations [10]. The path difference corresponds exactly (within the coherence time of the pump laser) to the delay produced by the first interferometer. It can be varied or maintained stable by controlling the temperature of the whole inter ...
