A Quantum Description of Systems

Paul A. Benioff

Validation of a presumably universal theory, such as quantum mechanics, requires a quantum mechanical description of systems that carry out theoretical calculations and experiments. The description of quantum computers is under active development. No description of systems to carry out experiments has been given. A small step in this direction is taken here by giving a description of quantum robots as mobile systems with on board quantum computers that interact with environments. Some properties of these systems are discussed. A specific model based on the literature descriptions of quantum Turing machines is presented.

Paul A. Benioff

Validation of a presumably universal theory, such as quantum mechanics, requires a quantum mechanical description of systems that carry out theoretical calculations and sytems that carry out experiments. The description of quantum computers is under active development. No description of systems to carry out experiments has been given. A very small step in this direction is taken here by giving a description of quantum robots as mobile systems with on board quantum computers that interact with environments of quantum systems. The dynamics of these systems are described in terms of tasks that consist of sequences of computation and action phases. For each task a step operator is defined which can then be used to define finite time interval step dynamics or a task Hamiltonian. A specific task carried out on a very simple environment is used to illustrate the models.

Peter Gara

A quantum-mechanical description can be applied to model planetary nebulae and star systems. In my previous work (P.Gara, Relativistic Quantum Mechanics and the Planetary Systems (Univ-R-City Press, Budapest, 2012)), detailed description was given of the facts that allow for a thorough and justifiable quantum-mechanical description of star systems. Bringing into play some of the major properties of planetary nebulae we can now provide further support for this model. Resume: Une description de la mecanique quantique peut etre applique a modeller des nebuleuses planetaires et des systemes d'etoiles. Dans mon oeuvre precedent (P.Gara, Relativistic Quantum Mechanics and the Planetary Systems (Univ-R-City Press, Budapest, 2012) ), une description detaillee a ete donnee des faits qui permettent une description complete et justifiable mecanique quantique des systemes stellaires. Mettant en jeu certaines des principales proprietes des nebuleuses planetaires, nous pouvons maintenant fournir un soutien supplementaire pour ce modele.

A.G. Sitenko