Full Spectrum Energy to Matter Conversion Event

Name: Full Spectrum Energy to Matter Conversion Event

Physical Description: In “common” space, the physical appearance of a FSEMCE is best described as a black three dimensional snowflake. Size of a FSEMCE physical secretion varies depending on amount of energy converted; in cases of deployment within proximity to stellar bodies, capable of reaching the size of planets. Interestingly, the structure of a FSEMCE flake appears to exhibit fractal tendencies; additionally FSEMCE flakes do not experience conventional Euclidian physics for a period time as well (which again hinges on the size of the effected area); once conventional physics begin to reassert themselves into the effected area, FSEMCE flakes deteriorate into what appears to be intensely pure hyper compressed carbon.

What exactly does it do: A FSEMCE is remotely triggered via an imbalance induced by quantum harmonic manipulation of subspacial physics. Normally, subspace and “common” space are separate spectrums, which do not exchange energy via conventional thermodynamic principles. There are exceptions, of course, particularly in the field of FTL technologies that utilize subspace to bypass Einstein’s principles on particle behavior and space-time.

However, in a FSEMCE scenario, via quantum harmonics a connection is established between subspace and common space. Specifically, this connection functions in a manner somewhat similar to circuitry, as energy is immediately drawn towards what can be described as the event point.

Unlike a conventional energy dampener or energy drain, the FSEMCE absorbs, as its name explains, the full spectrum of energy, ranging from radio waves to chemical and kinetic reactions all the way up to pure energy. Simply put, energy of any sort becomes manifested as a FSEMCE flake. Examples include:

-Kinetic energy. Objects in motion within the range of effect of the FSEMCE will rapidly be brought to an absolute stop, ranging from micrometeoroids up to starships and, potentially, planets. This applies down to the atomic level of movements, thus leading to atoms to, for the duration of the FSEMCE, cease all movements; a condition known to modern science as “absolute zero.” Thus, all objects within the range of a FSEMCE are absolutely colder than surrounding environs, even in deep space. Let me repeat that: colder than deep space. Momentum is not conserved during a FSEMCE, so once the effect ceases, objects will remain absolutely still until gravity or collisions imbue momentum into them.

-Chemical energy. Ranging from simple chemical components to the metabolizing of carbohydrates at a cellular level, the energy value of all chemical reactions is absorbed into the FSEMCE flake. In short, this ranges from the total annexation of so called “life-energies” at a cellular level to the nullification of chemical fuels. Interestingly, all biological bodies within the effective range of a FSEMCE possess no nutritional value after the FSEMCE.

-Electrical energy. Potential energy of any sort is drawn into the FSEMCE flake, where it becomes converted into further extensions on the flake’s geometric shape.

Over the course of an FSEMCE, the flake grows at an exponential rate as it continues to annex energy from its surroundings; as it continues to grow, the flake (which functions as a sort of antenna to funnel energy into the event point) expands the range of effect for the FSEMCE. Ultimately however, the FSEMCE ceases growth as the amount of energy required to increase its range increases exponentially in relation to the additional range required.

Ultimately, the FSEMCE burns itself out, usually in the course of a few nano-seconds; however, despite the infinitesimally short lifespan of an FSEMCE, it literally absorbs all energy (potential or otherwise) from all matter within its reach. From that point, deep space will begin to “reheat” reality within the range of effect, usually at the speed of light. However, it may be years before matter within the range of the FSEMCE even resumes drifting.

Physical Capabilities: See above.

Weaknesses: The Flux has limited scenarios where a FSEMCE would be palatable; for instance to trigger an FSEMCE within the confines of planetary or solar bodies would produce a flake large enough that it could potentially spread beyond the system’s confines to other nearby stars; thus doctrinally it theoretically would only be used in deep space scenarios.

Beyond that, in the potential scenarios where it was necessary to activate a FSEMCE within the confines of a solar system, any and all Flux vessels active within the system would be destroyed. Not even time travel would allow the Flux ships to escape following activation of an FSEMCE.

How many Slots do YOU think it takes up?: Three.

Obviously three.