Titlebook: Adventures in Computer Science; From Classical Bits Vicente Moret-Bonillo Textbook 2017 Springer International Publishing AG 2017 Quantum

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Back and Forth Computing,o described the CN gate, with which we can do many things. But to do everything in a reversible way we need universal reversible gates, such as the CCN (Toffoli) gate, or the Fredkin gate, which is a controlled exchange (or swap) gate. We built new reversible logic gates that operate in a similar wa

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Some Quantum Algorithms,o not require any specialist mathematical background. Deutsch’s algorithm is presented from different viewpoints with the goal of exploring the quantum computing paradigm. The Deutsch-Jozsa algorithm is described using some of the material developed in regard to the Deutsch algorithm. Both the Deuts

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Concluding Remarks,ingful cooperation between these two computer science fields, although it is recognized that many fundamental questions need to be answered before researchers and engineers can combine artificial intelligence and quantum computing. We briefly describe the behavior of the biological brain in terms of

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Lyapunov Equations for Discrete Processes,s in a reversible way. We then simulated reversible computation with billiard balls. In a concluding brief analysis of reversibility, we arrived at the conclusion that the number of distinct inputs and outputs has to be the same in a device that operates in a reversible manner.

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On Some Open Problems in Optimal Control attention to speed and energy consumption. We continue with a discussion about what can be expected from cooperation between the apparently unconnected artificial intelligence and quantum computing fields. Finally, we reflect on some issues raised in the book, leaving an open door for further reflection on this new paradigm of computing.

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lem-solving.Main focus of the text is the basic unit of info.The main focus of this textbook is the basic unit of information and the way in which our understanding of this has evolved over time. In particular the author covers concepts related to information, classical computing, logic, reversible