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The power to manipulate transport phenomena. Variation of Engineering Manipulation, Phenomenon Manipulation and Science Manipulation.

Also Called[]

  • Transfer Phenomena Control/Manipulation
  • Transport Phenomena Control

Capabilities[]

The user can create, shape and manipulate transport phenomena, occurrences involving the movement of energy, mass and/or momentum within a particular system. These are particularly special as they can be considered ubiquitous. The size of the system can range from the microscopic to potentially planet-wide environments. The movement of molecules creates unique events carrying substances/power to new locations. They tend to fall into three categories: 1) Fluid mechanics, the nature of fluids (gases and liquids) whether at rest or in motion, usually involving the force of momentum acting on them, 2) Heat transferal, the flow of heat (thermal energy) within a system by way of conduction (transfer of heat from an area of high temperature to an area of low temperature), convection (transfer of heat through a fluid by current movement), radiation (transfer of heat by electromagnetic waves) and changes in matter phase (e.g., evaporation) and 3) Mass transfer, the movement of mass from one location to another by processes like distillation, drying and absorption.

Physical change in the universe can be considered the result of transport phenomena, involving biology, chemistry and physics. Organic processes include toxin purification in the body via the kidneys and liver and moisture absorption by cells. Chemical processes include alcohol distillation and steeping sugar and/or tea in hot water. Physical processes can be as small as the movement of substances through fluids based on viscosity to weather systems like storms (created by events like heat and water movement) causing further spatial alteration to even cosmic events like space matter being bound by gravity to a celestial body like a star. Overall, transport phenomena are the events running universe.

Applications[]

Variations[]

Associations[]

Limitations[]

  • May be unable to create transport phenomena, being limited to manipulating only from already existing sources.
  • May only be able to control one’s own phenomena.
  • Distance, energy mass, precision, etc., depend upon of the knowledge, skill, and strength of the user.
  • May be limited to controlling certain types of transport phenomena (fluid mechanics, heat transfer, mass transfer, etc.).
  • May be limited in terms of what kinds of transfer phenomena are available.
  • May require specific circumstances to manipulate said phenomena.

Known Users[]

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