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TOPIC
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TITLE
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I. Distributive Power Concepts: Unified Theory
and Quonics
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DPC Features
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DPC Features
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Quonics and the Unified Theory explained as
a Feature
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of Power Intelligent Quantum Science;
Photosynthesis and Green Technology
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II. Virtual City: Expanding the Virtual
Footprint
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VCE Features
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VCE Features
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Time and Motion Tensors and Mathematical Knots, Virtual
Machines commutative properties and convergence in QLD Schema; Branching from
Pascal
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III. Virtual Glass and the Commutative Lens
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VGL Features
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VGL Features
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Scalar building, Properties of Virtual Glasses, QLD Schema
revisited
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Triangulation of Space-Time Properties, Timeline Branching and
VRD
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IV. Time and Engineering the Manifold: Virtual
Delivery Systems
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MDS Features
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MDS Features
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What do Gates and Portals do; Problems of distributive systems
in Time
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How might timelines exist in a Qve application.
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V. Production: 1D, 2D, 3D, 4D, 5D, 6D, 7D, 8D? Yes, 8D
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PDS Features described
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PDS Features described
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VI. Encryption: Maps, Models and Mirrors
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EMS Features
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EMS Features
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Where is the mirror and how is it used
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Best practice idea about encryption
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Speed and Matrix definitions
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VII. Examples:
Quantum Applications Now and Future
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ALL FEATURE LABELS
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ALL FEATURE LABELS
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Scoping Requirements
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ALL SCOPE REQ. LABELS
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Srsum
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SROT
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SRMM
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SRQEM
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SRGEN
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A Topic Title Index
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