Unreviewed Denon Model: DPH-SW

[Ayumi Pallopides]

Image Credit: Generated by AI
Affiliation: Sasori Research, Denon
Manufacturer: Sasori Research
Material: Refined Sleg Ultracapacitors, Sasori Kanamara, Materia, Hypertech Generator, Subcomb Back up System, Chronal Recycling Engine
SPECIAL FEATURES

• Smart Water: Designed with mass reduction technologies within the molecular foundation of drop of water. Taking the weight of the planetary structure and reducing it drastically to the point it weighs little and doesn't give them as heavy a burden or strain.
  • The Gravitic-Neutral Lattice
    Instead of standard H2O molecules, Denon's Smart Water contains trace-dispersed repulsors (molecular-scale). These molecules are programmed to push against the planetary gravity well.
    • Result: The water maintains its liquid state and surface tension but has a "Net Zero" effective mass relative to the planet's core.
  • Recycling: The conversion allows poison and toxins, waste, pollution to be broken down and converted to additional matter for repair and maintenance.
  • Ingestion to the body gives purified water throughout for a time and can cleanse the body like a powerful systems flush.

STRENGTHS

• Self-Restoration Matrix (Adaptive Material Integration):
  • Description: The Protocol integrates with a unique materia that contains active micro-fabricators. This material is designed not only for protection but also for instantaneous restorative action. The Protocol's oversight manages a constant material transfer and energy synthesis for repairs.
• Calabi-Yau Geometric Compression (Spatial Efficiency):
  • Description: The core components of the Protocol utilize principles of Calabi-Yau Manifolds to achieve extreme spatial efficiency. This allows critical systems (power regulators, logic cores, sensor arrays) to exist in a single, compact six-dimensional singularity that is projected into the standard four-dimensional space.
  • Capability: This design makes the entire system overtly compact and incredibly difficult to target specifically. It allows for the necessary computing power to be contained in systems far smaller than standard galactic supercomputers, greatly enhancing the mobility and allowing the carrier to have robust systems within.
• Adaptive Structural Morphology (Over-Engineered Integration):
  • Description: The Protocol's inherent structure is overly-engineered with a near-limitless capacity for integration. It does not simply run on a system; it bonds with and modifies the system's foundational architecture.
  • Capability: It can instantly change its functional shape and energy footprint depending on its host. A Protocol instance in a starfighter will optimize for thrust and shields, while the same instance in a slicing device will prioritize data transfer and decryption capabilities, making it highly versatile.

WEAKNESSES

• Restoration Delay (Kinetic Stress Saturation):
  • Vulnerability: While self-repairing, the restoration process is highly energy-intensive and time-dependent. Under sustained kinetic stress saturation (repeated, heavy energy or physical impacts), the rate of damage can exceed the material's repair rate.
  • Consequence: The Protocol can only repair micro-stress fractures and minor damage quickly (hours); critical structural damage or core component rupture can put the system out of action for days or until it can access an external energy source to accelerate the process.
• Exotic Particle Instability (Dark Matter Resonance):
  • Vulnerability: The structural material and containment fields rely on Exotic Particles and energy signatures largely unknown to standard galactic science. These particles are not robust against specific, rare cosmic phenomena.
  • Consequence: The structure reacts violently and unpredictably when exposed to concentrations of Dark Matter or Anti-Matter pockets. This exposure can disrupt the Calabi-Yau geometry, causing the Protocol's core to violently rupture, disintegrate, or suffer a critical cascading failure across all integrated systems.
• Paired Dimensional Flux (Calibration Dependence):
  • Vulnerability: The Calabi-Yau Geometric Compression operates on a Paired Dimensional Principle, requiring perfect calibration across its six-dimensional structure.
  • Consequence: A targeted, high-frequency Gravimetric Pulse or a specialized Isotope Field Disruptor can create minute discrepancies in the spatial projection. This causes the internal, paired dimensions to fall out of precise calibration and tuning, leading to internal system crashes, Protocol lock-out, or a temporary collapse of the Hyper-Dimensional Cognitive Engine.

DESCRIPTION
Developed as part of Denon's growing research and development with the ascendancy reforms. They had water, they have water processing and filtering but the planet needed something that would be for them and with continued concerns from Chancellor Vexx about it. Ayumi had the research done and funded, developed and handled in private before unveiling it. Denon's unique smart water system, allowing them to have oceans return to Denon over hundreds of levels of structures. The use of it and conversion of their water supplies would see this along with the better conditions and implants available turning many of Denon's people towards a stronger quality of life.

Piece from tech manual
Molecular Gravitic Inversion (MGI)
At the heart of RISW is the principle of Molecular Gravitic Inversion (MGI). Each RISW molecule is engineered with an embedded, micro-scale repulsor-coil. These coils are continuously active, generating a localized anti-gravity field that precisely counteracts the planet's natural gravitational pull on that molecule.

• Net Result: The effective weight of the water is reduced to near-zero, while its mass (inertia) remains constant. This means the water still behaves as a fluid, maintaining its viscosity and density, but it exerts minimal downward pressure on its containment structures.
• Energy Consumption: MGI units are powered by an ambient energy harvesting matrix, drawing minuscule amounts of thermal and kinetic energy from the water itself, making them highly energy-efficient.

2.2 Dynamic Isostatic Load Balancing (DILB)
The RISW system is not merely "weightless" but "smart." Integrated Hydro-Gravitic Sensors (HGS) continuously monitor the effective load exerted by the water on its containment basins and the underlying planetary infrastructure.

• Adaptive Output: In response to shifts in the planetary crust, construction activities, or even significant changes in atmospheric pressure, the MGI units can dynamically adjust their repulsor output. This ensures that the pressure exerted by the body of water remains constant and optimally distributed, preventing localized stress points.
• Structural Redundancy: DILB acts as a living, adaptive counter-force, effectively "floating" the immense volumes of water and distributing their effective non-weight evenly across vast areas.

2.3 Programmable Hydro-Viscosity and Bioluminescence
Beyond gravitic nullification, RISW offers unparalleled aesthetic and functional control:

• Hydro-Viscosity Modulators (HVM): Repulsor fields can be subtly altered to increase or decrease the water's apparent viscosity without changing its temperature or chemical composition. This allows for:
  • "Hardened" Water Bridges: Temporarily rigidifying sections of water for pedestrian walkways or emergency vehicle paths.
  • "Softened" Currents: Creating gentle, flowing currents for aesthetic appeal or internal nutrient distribution within aquatic ecosystems.
• Adaptive Bioluminescence Infusion (ABI): Engineered symbiotic microorganisms within the RISW respond to environmental cues, atmospheric conditions, and even programmed light patterns.
  • Dynamic Visuals: This allows Denon's architects to sculpt breathtaking, living light displays within the artificial oceans, transforming them into constantly evolving canvases of color and light. The oceans glow in vibrant patterns, mimicking natural phosphorescence or creating intricate, choreographed light shows for public events.
  • Ecological Health Indicators: Subtle shifts in bioluminescent patterns can also serve as non-invasive indicators of the water's ecological health, monitored by the Planetary Environmental Division.