The Plane contains kinetic energy. Part of the Ergo plane. Can give and consume it. Mostly would be used to move and stop objects.
Contains subplanes:
Therme
A subplane of Kinet governing thermal energy transfer, molecular vibration, and temperature differentials. It regulates the flow of heat between systems, acting as both a source and a sink for thermal energy within the local Matera environment.
Properties
Therme manipulates the kinetic agitation of molecules, accelerating or decelerating their vibration to produce extreme heat or profound cold. Every Therme interaction obeys a strict exchange polarity: an Emit operation releases thermal energy into the environment, while an Absorb operation drains it, functioning as a thermal sink. Therme operates exclusively through the redistribution of existing thermal energy across a defined Geometric Envelope, leaving the underlying matter unchanged.
Applications
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Thermal Emission: Projecting concentrated waves of superheated energy to ignite targets, melt fortifications, or generate localized firestorms.
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Thermal Absorption: Draining ambient heat from an area to induce flash-freezing, preserve biological materials, or extinguish combustion by starving it of thermal energy.
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Thermal Equilibrium Manipulation: Creating sharp temperature differentials within a confined volume, inducing violent convection currents, thermal shock in rigid materials, or controlled steam generation.
Sonica
A subplane of Kinet governing acoustic energy, vibrational wave propagation, and resonance phenomena. It manipulates the mechanical oscillations transmitted through gases, liquids, and solid structures within the local Matera environment.
Properties
Sonica manipulates the frequency, amplitude, and direction of pressure waves traveling through a physical medium. Because acoustic energy depends entirely on the vibration of material particles, Sonica requires a transmission medium to function; it produces no effect in a vacuum. Practitioners can amplify, dampen, redirect, or harmonize existing vibrations, as well as generate novel waveforms by imposing structured oscillations onto the surrounding environment.
Applications
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Resonant Disruption: Matching the natural frequency of a target structure or biological tissue to induce catastrophic harmonic failure, shattering stone, rupturing organs, or destabilizing fortifications.
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Acoustic Dampening: Suppressing vibrational transmission within a defined volume to create zones of absolute silence, nullifying communication, masking movement, or neutralizing incoming shockwaves.
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Directed Waveform Projection: Shaping and focusing acoustic energy into concentrated beams of concussive force, long-range communication signals, or disorienting infrasonic pulses that induce nausea and spatial confusion.
Barica
A subplane of Kinet that governs static compressive force, atmospheric pressure, and fluid dynamics. While Kinet handles the directional movement of objects, Barica handles the ambient pressure and density of the environment surrounding them.
Properties
Barica manipulates the barometric and hydrostatic pressure within a given volume. It alters the density and compressive weight of gases and liquids without necessarily imparting directional kinetic motion. Because it relies on the ambient medium (air or water), its effectiveness is highly dependent on the environment; it functions poorly in a perfect vacuum but is devastating in dense atmospheres or deep water.
Applications
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Pressure Manipulation: Creating localized vacuums to suffocate targets or generating crushing high-pressure zones to implode structures and biological organisms.
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Buoyancy Control: Altering the density of the surrounding fluid or air to make objects sink rapidly or float effortlessly.
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Barometric Shockwaves: Generating devastating concussive blasts by creating sudden, extreme drops or spikes in atmospheric pressure, rupturing eardrums and collapsing lungs.