He argues that the peculiar scientific devices in Eco's work, along with the main character's belief in one or more doubles and parallel universes, relate directly to subatomic particle entanglement and the fractal geometry associated with complexity science; these exacting parallels not only ...
Quantum computation is therefore not well described by interpretations of quantum mechanics which invoke the concept of vast numbers of parallel universes. Rather, entanglement makes available types of computation processes which, while not exponentially larger than classical ones, are unavailable to ...
One elegant thought is that maybe we should make the two computational basis states of our qubit entanglement and superposition? Unfortunately this solution appears to cause a recursion which the universe cannot handle. Religious aside: I think I may have generated some parallel universes in which ...
Parallel universesEntanglementThe nature of quantum computation is discussed. It is argued that, in terms of the amount of information manipulated in a given time, quantum and classical computation are equally efficient. Quantum superposition does not permit quantum computers to “perform many ...
Experimenting With Entanglement In 1964 I was intrigued by this unfamiliar effect and began to think of a way to actually perform the EPR experiment – or at least a version of it – for observing the correlation and entanglement. It would be a low-energy experiment that could be set up in...
quantum entanglement quantum field theory quantum flavourdynamics quantum gravity quantum jump quantum leap quantum mechanics quantum meruit Quantum multiverse quantum number quantum physics quantum state quantum statistics Quantum sufficit quantum teleportation quantum theory quantum tunneling Quantum valebat Quanzho...
There is just one world, where quantum physics applies universally, but its mysterious properties, like interference, entanglement, and nonlocality, are normally invisible, averaged over, in the macroscopic world. The problem for an informational interpretation of quantum mechanics is to explain ...
In companion articles (Sati and Schreiber in The Quantum Monadology, [arXiv:2310.15735], Sati and Schreiber in Entanglement of Sections: The pushout of entangled and parameterized quantum information [arXiv:2309.07245]) [announced in Schreiber (Quantum types via Linear Homotopy Type Theory, talk ...
macroscopic body, say a pointer, is in a superposition of being in two well-separated places. Very fast, at least one particle of the body will be multiplied by the GRW Gaussian which will localize, due to the entanglement between the particles in the pointer, the whole pointer to one ...
Entanglement. When one event creates two photons that leave in opposite directions, observing either spin, which is random, instantly makes the other the opposite, regardless of distance. QR: Entanglement merges the photon servers to run both photons. Measuring either restarts one server randomly, ...