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Bruce Nappi
local time: 2019-11-21 17:24 (-04:00 DST)
Bruce Nappi (Abstracts)
Titles Abstracts Details
  • Space Lattice Theory (2017) [Updated 2 years ago]

    Space Lattice Theory is a study of the fundamental structure of the universe. The study asks what that structure might be like if, instead of being mostly an empty void, space is a densely packed, crystal-like Lattice, and the existence and interaction of what we call matter is due to movable defects or dislocations in the Lattice. This theoretical study found that a dislocation model could produce a comprehensive set of simple, visualizable explanations for most of the concepts of physics, including many that are currently unanswered. It explains matter, time, cause and effect, energy, and how energy converts to matter. It explains gravity and electric and magnetic fields; how they can be physical realities, and how they could work.

    Space Lattice Theory supports a "big bang-like'' beginning for a 3-D "visible'' universe, explaining how it could easily emerge from what appears to be the nothingness of space, but without having to change any laws of physics. Puzzles like the particle-wave nature of photons are explained. Problems with current theories for subatomic particles, cosmology and Special Relativity are discussed. New models are suggested.

    Most significantly, Space Lattice Theory presents a model for a comprehensive Grand Unification of all forces and matter in the universe.


  • IMPROVING CNPS EFFECTIVENESS Through Structured Communication: Year 2 (2017) [Updated 2 years ago]

    The internet is well accepted by society as a great technical milestone in human communication. In many ways, it is. But, as critical thinkers understand, this is just one more misleading mainstream generalization. When humans become a component of a communication system, information handling performance is severely limited. This is due to limits of human brains to manage large amounts of information, flaws in how society uses language, and serious emotional obstacles.

    Modern science requires humans to analyze extremely complex information. Human brains have good capabilities to do that in quiet, undisturbed, unrushed environments. Evolved language skills, however, are best adapted to person-to-person dialog and single person oration. Unfortunately, the internet has focused on these "stream of consciousness" styles with formats like email, articles, article and commentary, blogs, and discussion forums. All of these are poor when communicating complex issues that require logical reasoning and exploration of novelty and hidden meanings.

    At the 2016 CNPS conference, a presentation was made discussing the detailed limitations of conventional internet communication for scientific discussions. After the conference, some basic outlining tools were applied to an ongoing email discussion among some CNPS members. The goal was to verify and measure the extent of how the limitations were present in that discussion. This presentation explores the results of that study and describes new tools and approaches now being applied using the CNPS Forum to greatly improve cooperative analysis.


  • Improving CNPS effectiveness through structured communication (2016) [Updated 3 years ago]
    by Bruce Nappi   read the paper:

    The internet is well accepted as a great technical milestone in human communication. When a human being becomes a component of the communication system, information handling performance is limited by the ability of human brains to manage the information. Modern science requires humans to analyze extremely complex information. Human brains have good capabilities to do that in quiet, undisturbed environments. Evolved basic human language skills, however, are adapted for person to person dialog and single person oration. It is not surprising, that the internet has captured these styles in formats like email, post and commentary, articles, blogs, and discussion groups. These basic skills, however, are poor when faced with communicating complex issues that require deep logical reasoning and exploration of novel hidden meanings. This presentation explores some recently introduced discussion tools that structure discussions to address the shortcomings in existing internet formats.


  • Space Lattice Theory (2015) [Updated 3 years ago]
    by Bruce Nappi   read the paper:

    Space Lattice Theory is a study of the fundamental structure of the universe. The study asks what that structure might be like if, instead of being mostly an empty void, space is a densely packed, crystal-like Lattice, and the existence and interaction of what we call matter is due to movable defects or dislocations in the Lattice. This theoretical study found that a dislocation model could produce a comprehensive set of simple, visualizable explanations for most of the concepts of physics, including many that are currently unanswered. It explains matter, time, cause and effect, energy, and how energy converts to matter. It explains gravity and electric and magnetic fields; how they can be physical realities, and how they could work.

     

    Space Lattice Theory supports a “big bang”-like beginning for a 3-D “visible” universe, explaining how it could easily emerge from what appears to be the nothingness of space, but without having to change any laws of physics. Puzzles like the particle-wave nature of photons are explained. Problems with current theories for subatomic particles, cosmology and Special Relativity are discussed. New models are suggested.

     

    Most significantly, Space Lattice Theory presents a comprehensive model for the Grand Unification of all forces and matter in the universe.