Thursday, December 8, 2016

To Dream the Impossible Schema

Over the years we have dotted our "i's" and crossed our "t's" to bring you the View of Quantum Qld Energy Spectrum.  We began the task of Virtual Emulation to demonstrate design aspects of the System. 

Now we have begun to articulate Qve Branching...

We called this entry on Quantum Virtual Emulation "To Dream the Impossible Schema" because it is not any more impossible than power generation was 100 years ago.  And by articulating it we have further demonstrated that many steps can get us to the Stem Goals, and milestones for projects that will eventually accomplish this.

Comments made recently in the Media also made us point out that Quantum Agile and Adaptive Production does alter machines so that they do not break down, do not require replacement or insurance and will not require adaptation due to changes in technology because of the way they are built.  Recently in the news people claimed that machines are better than people, but they presently have the same requirements.

In addition, the META State delivery of these virtual machines requires an internal workforce to automate and adapt as well as redefine new requirements on a scale of realism.

Human Intelligences along with Machine Intelligences are partners for years to come. 



I. Distributive Power Concepts: Unified Theory and Quonics
DPC Features

DPC Features

Quonics and the Unified Theory explained as a Feature
of Power Intelligent Quantum Science; Photosynthesis and Green Technology

II. Virtual City: Expanding the Virtual Footprint
VCE Features

VCE Features

Time and Motion Tensors and Mathematical Knots, Virtual Machines commutative properties and convergence in QLD Schema; Branching from Pascal

III. Virtual Glass and the Commutative Lens
VGL Features

VGL Features

Scalar building, Properties of Virtual Glasses, QLD Schema revisited
Triangulation of Space-Time Properties, Timeline Branching and VRD

IV. Time and Engineering the Manifold: Virtual Delivery Systems
MDS Features

MDS Features

What do Gates and Portals do; Problems of distributive systems in Time
How might timelines exist in a Qve application.

V. Production: 1D, 2D, 3D, 4D, 5D, 6D, 7D, 8D? Yes, 8D
PDS Features described

PDS Features described

VI. Encryption: Maps, Models and Mirrors
EMS Features

EMS Features

Where is the mirror and how is it used
Best practice idea about encryption
Speed and Matrix definitions

VII. Examples: Quantum Applications Now and Future


Scoping Requirements

These topics were completed from our research on 12/27/2016

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