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Bits, Mass and Acceleration Issues in BSC

Journal of Physical Science and Application 2014年第8期4卷 531-535页

作者： giuseppe fazio mauro giaconi angela d'arienzo davide quatrini Electronic Engineering department University of Rome Tor Vergata

The goal of the present paper is to expand already published works in the frame of＂Banded speed cosmology＂（BSC）. In particular this paper gives validated values for physical quantities not so far investigated in previous publications, i.e., the number of individual physical entity in the universe, as well as the maximum value for acceleration. Validates values mean identical quantities from a numerical point of view obtained with different theoretical procedures, additionally compared with data based on NASA observations with Planck probe.

关键词： Banded speed cosmology minimum and maximum value for the mass number of mass unities maximum value for acceleration Bekenstein.

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dark Matter and Other Phenomena in the Framework of Banded Speed Cosmology

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Journal of Physical Science and Application 2012年第10期2卷 454-458页

作者： giuseppe fazio mauro giaconi davide quatrini Electronic Engineering department Faculty of Engineering University of Rome "Tor Vergata" 1 Politecnico street 1 Rome 00133Italy

The descriptive capabilities of the banded speed cosmological model are shown. In particular, an in-depth analysis related to the actual physical meaning of Planck＇s unit is given in the framework of the banded distribution of physical quantities. From this analysis the richness and flexibility of the model＇s description capabilities is derived, with particular attention devoted to the ability of using the same relationships for describing both microcosm and macrocosm and also young and old universe. Finally the cited descriptive capabilities are used for deriving a very simple and intuitive explanation of the ＂darkness＂ of dark matter.

关键词： Planck's units banded speed cosmology maximum density dark matter.

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Band Structure： A Solid-State Physics Model with Cosmological Implications

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Journal of Physical Science and Application 2012年第7期2卷 249-252页

作者： giuseppe fazio mauro giaconi davide quatrini Electronic Engineering department Faculty of Engineering University of Rome "Tor Vergata " via del Politecnico 1 00133 RomeItaly

This work is aimed at showing that the ＂band structure＂ of the energy distribution in solids which is a well-known model for electronic engineers and solid-state physics scientists is an efficacious description also for phenomena not tied to energy neither related to microcosm. In particular, it is displayed that how the elements of the consolidated physical theories, arranged together using the ＂band structure＂, lead to a model for the distribution of speed in the universe that is essentially analogous to the distribution of energy in solids. The description is accompanied by references to the experimental data that sustain it, together with an overview of the possible development opportunities.

关键词： Speed band structure relativity quantum mechanics.

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An Elegant Universe is a Necessity, Not Just a Case

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Journal of Physical Science and Application 2012年第4期2卷 111-114页

作者： giuseppe fazio mauro giaconi davide quatrini Electronic Engineering department Faculty of Engineering University of Rome "Tor Vergata " Italy

We believe that well-known principles and relationships between physical entities are the key for a deep knowledge of reality. However, they must be applied using innovative points of view, points of view that can be provided by, for example, experts on information theory （as we are）. Our previous efforts in this direction led to a fascinating result： the theoretical total mass ofa spacetime in which Planck＇s length is an observer-independent scale of length is equal （both in expression and value） to the mass of our portion of Universe measured by national aeronautics and space administration wilkinson microwave anisotropy probe （NASA WMAP） spacecraft. In the following paragraphs we＇ll show how granularity （i.e., discontinuity） of physical entities of our portion of observable spacetime descends directly from the principles of information theory, and how a physical theory about the discontinuity of reality built on these basis can lead to an elegant descriptions of both microcosm and macrocosm.

关键词： Information theory quantum mechanics relativity discontinuity granularity.

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