Titlebook: Metal Nanoparticles in Pharma; Mahendra Rai, Ph.D,Ranjita Shegokar, Ph.D Book 2017 Springer International Publishing AG 2017 biomedical ap

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ng equation is of the Hamilton-Jacobi type with additional terms depending on the density. As a consequence we find a peculiar organization of the probabilistic content of the theory, fully equivalent to quantum coherence. In fact the programming equation leads to Schrödinger equation and one can ob

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Irina A. Shurygina,Michael G. Shuryginng equation is of the Hamilton-Jacobi type with additional terms depending on the density. As a consequence we find a peculiar organization of the probabilistic content of the theory, fully equivalent to quantum coherence. In fact the programming equation leads to Schrödinger equation and one can ob

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dominant

Kelly J. Dussán,Ellen C. Giese,Gustavo N. A. Vieira,Lionete N. Lima,Debora D. V. Silvang equation is of the Hamilton-Jacobi type with additional terms depending on the density. As a consequence we find a peculiar organization of the probabilistic content of the theory, fully equivalent to quantum coherence. In fact the programming equation leads to Schrödinger equation and one can ob

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Ana Rosa Ribeiro,Sara Gemini-Piperni,Sofia Afonso Alves,José Mauro Granjeiro,Luís Augusto Rochang equation is of the Hamilton-Jacobi type with additional terms depending on the density. As a consequence we find a peculiar organization of the probabilistic content of the theory, fully equivalent to quantum coherence. In fact the programming equation leads to Schrödinger equation and one can ob

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Krystyna I. Wolska,Anna M. Grudniak,Katarzyna Markowskang equation is of the Hamilton-Jacobi type with additional terms depending on the density. As a consequence we find a peculiar organization of the probabilistic content of the theory, fully equivalent to quantum coherence. In fact the programming equation leads to Schrödinger equation and one can ob