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584  Articles
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It has been long believed that waveand particle cannot be superposed. Recently, however, modern quantumtechniques have allowed one to prepare photon wave-particle superpositionsexperimentally. In this work, we suggest simple setups, which resortto neither... see more

We investigate separability of Laplacian matrices of graphs when seen as density matrices. This is a family of quantum states with many combinatorial properties. We firstly show that the well-known matrix realignment criterion can be used to test separabi... see more

We revisit the concept of entanglement within the Bohmian approach to quantum mechanics. Inspired by Bohmian dynamics, we introduce two partial measures for the amount of entanglement corresponding to a pure state of a pair of quantum particles. One of th... see more

In the present paper, we will review the methods to produce superposition of entangled coherent state using polarizing beam splitter and Kerr non linearity. These coherent states have many attractive features and can be used in various schemes. Entangleme... see more

The question how intentional action is concretely realized is not only a key question in quantum consciousness theory but also in attempts to understand psychokinesis (PK). In TGD framework the mechanisms of intentional action and PK are basically the s... see more

TGD approach leads to a prediction that biophotons result when dark photons with large value of effective Planck constant and large wavelength transform to ordinary photons with same energy. The collaboration with Lian Sidorov stimulated a more detailed... see more

The gate array version of quantum computation uses logical gates adopting convenient forms for computational algorithms based on the algorithms classical computation. Two-level quantum systems are the basic elements connecting the binary nature of classic... see more

Recently, several experimental tests devoted to quantitatively establish complementarity relations in quantum systems have been reported. Starting from the results of fully quantum single-particle self-nterference experiments, we critically... see more

Distribution of entangled parties with the longest time possible is of importance to quantum communication. Therefore, analyzing the decay character of entanglement of correlated qubits in the presence of reservoir effects is of significance to the quantu... see more

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