A new theory of the origin of cancer
... determine cell shape, orientation and form. And centrioles have the information storage and processing capacity to record the “blueprints” for a vast number of phenotypes, all possible states of differentiation in a specific organism. The key question in differentiation is how signals/communication ...
... determine cell shape, orientation and form. And centrioles have the information storage and processing capacity to record the “blueprints” for a vast number of phenotypes, all possible states of differentiation in a specific organism. The key question in differentiation is how signals/communication ...
Highly doubly excited S states of the helium atom
... We see from (1 1) that for extremely high excitation N -+ 00 of the inner electron we get two collinear configurations with minimum angle (cosO) -+ ( N - l ) / N % + I which corresponds to a configuration with both electrons on the same side of the nucleus (8 % 0", the 'frozen planet states', Richte ...
... We see from (1 1) that for extremely high excitation N -+ 00 of the inner electron we get two collinear configurations with minimum angle (cosO) -+ ( N - l ) / N % + I which corresponds to a configuration with both electrons on the same side of the nucleus (8 % 0", the 'frozen planet states', Richte ...
![This article was downloaded by:[Michigan State University Libraries]](http://s1.studyres.com/store/data/008913811_1-41dede3b1b47aaaf3d44bfd84c68af29-300x300.png)
This article was downloaded by:[Michigan State University Libraries]
... amplitude in a phase space where the quadratures X and Y serve as the coordinate axes. Remember, that the quantum quadratures X^ and Y^ are conjugate variables and thus cannot be simultaneously be well defined in the quantum phase space. For this reason the generalization of the classical phase space ...
... amplitude in a phase space where the quadratures X and Y serve as the coordinate axes. Remember, that the quantum quadratures X^ and Y^ are conjugate variables and thus cannot be simultaneously be well defined in the quantum phase space. For this reason the generalization of the classical phase space ...
Quantum networking with single ions J¨ urgen Eschner
... It is important to emphasize that a single photon created by this kind of slow Raman scattering may have a spectral bandwidth much narrower than the linewidth of the upper atomic level! Possible causes of decoherence in this process of generating a pure single-photon quantum state include both techn ...
... It is important to emphasize that a single photon created by this kind of slow Raman scattering may have a spectral bandwidth much narrower than the linewidth of the upper atomic level! Possible causes of decoherence in this process of generating a pure single-photon quantum state include both techn ...
Understanding the effects of leakage in superconducting quantum-error-detection circuits hosh, wler, Martinis,
... there exists a finite probability that the population tunnels out of the computational subspace, a phenomenon often referred to as leakage [1–3]. Understanding the effects of leakage is important for superconducting qubits not only because higher-energy states |2,|3, . . . are present [4,5], as is ...
... there exists a finite probability that the population tunnels out of the computational subspace, a phenomenon often referred to as leakage [1–3]. Understanding the effects of leakage is important for superconducting qubits not only because higher-energy states |2,|3, . . . are present [4,5], as is ...
QB abstracts compiled 160613
... Conway and Kochen’s free will theorem states that if experimenters have free will in the sense that their choices are not a function of the past, so must some elementary particles. The free will theorem goes beyond Bell’s theorem as it connects the two fundamental resources behind quantum technol ...
... Conway and Kochen’s free will theorem states that if experimenters have free will in the sense that their choices are not a function of the past, so must some elementary particles. The free will theorem goes beyond Bell’s theorem as it connects the two fundamental resources behind quantum technol ...
REF2
... the use of energy–time entanglement22, with the initial objective to test a Bell inequality, though later adapted to quantum communication. Figure 2 illustrates Franson’s idea, consisting of a continuous-wave (c.w.) laser that pumps a χ(2) (where χ refers to the crystal susceptibility) nonlinear cry ...
... the use of energy–time entanglement22, with the initial objective to test a Bell inequality, though later adapted to quantum communication. Figure 2 illustrates Franson’s idea, consisting of a continuous-wave (c.w.) laser that pumps a χ(2) (where χ refers to the crystal susceptibility) nonlinear cry ...
Negative probability
... A bit more detailed development of these ideas follows: After sketching the generalization of the Wigner function3, in which it is interpreted also as a signal and after applying a time-frequency analysis of it, we would hint at a new exposition of Ψ-function in order to allow of (and treat of) tran ...
... A bit more detailed development of these ideas follows: After sketching the generalization of the Wigner function3, in which it is interpreted also as a signal and after applying a time-frequency analysis of it, we would hint at a new exposition of Ψ-function in order to allow of (and treat of) tran ...
