Mathematics Manipulation

## Summary

Mathematics Manipulation refers to the extraordinary capability of individuals to manipulate and control mathematical concepts, equations, and principles. Practitioners of this power possess the unique ability to alter the results and underlying processes of mathematical calculations, allowing them to effectively change numerical values and mathematical relationships.

Users of Mathematics Manipulation can modify mathematical equations to their advantage, manipulating variables and formulas to achieve desired outcomes. They have the power to bend the rules of mathematical logic, enabling them to generate unconventional solutions or even challenge established mathematical truths.

This ability grants users an incredible level of control over the realm of mathematics, empowering them to shape and influence the quantitative aspects of reality. By leveraging their mathematical prowess, they can manipulate probabilities, optimize outcomes, or unlock hidden patterns and insights within complex systems.

It is important to note that the scope of Mathematics Manipulation may vary among individuals, with some possessing more refined control and understanding of mathematical principles than others..

## Types

* **Abstract Manipulation of Mathematics:** This extraordinary ability allows individuals to manipulate the abstract aspects of mathematics itself. Users can alter the way reasoning is conducted, manipulate mathematical notation, modify inference rules, and even change the assumptions and models used in mathematical calculations. However, it's important to note that this power specifically affects the mathematical framework and abstract concepts, while leaving the actual phenomena of reality described by mathematics unaffected.
* **Applied Manipulation of Mathematics:** With this power, individuals can manipulate the mathematical rules through which real phenomena are described. By altering these mathematical principles, users have the ability to directly influence and change the outcomes and behaviors of various aspects of reality. This manipulation enables them to reshape the mathematical models that describe natural phenomena, leading to tangible effects in the physical world. It should be emphasized that this ability operates within the realm of the mathematical representation and its practical application, without directly altering the underlying reality itself.

## Possible Uses

* **Physics Manipulation:** The laws of physics are often described using mathematical equations. Through the manipulation of these equations or their meanings, the corresponding phenomena can be altered accordingly. This manipulation affects the actual description of the phenomena, rather than being limited to changes on paper alone.
* **Quantity Manipulation:** The measurement of quantity is typically a subject studied within mathematics. By manipulating the subject itself, individuals can change the results of measuring the quantity of something, effectively increasing or decreasing the amount of that particular entity.
* **Operation Manipulation:** By altering the functioning of mathematical operations, the outcomes of real phenomena described by those operations can be modified. For instance, changing the laws so that 1+1=3 would result in a scenario where combining one apple with another yields a total of three apples. Additionally, mathematical operations can be forcibly applied to reality, causing objects or entities to merge or combine through specific mathematical operations.
* **Dimensional Manipulation:** Dimensions are conceptualized and understood through mathematical principles. Those with this ability can manipulate the attributes and concepts of dimensions themselves. One possible application is transforming objects or entities from a five-dimensional state to a three-dimensional state, and vice versa.
* **Logic Manipulation:** Since mathematics incorporates and extends logical concepts, altering mathematics can impact the underlying principles of logic. For example, by creating a mathematical contradiction and employing the principle of "ex falso sequitur quodlibet," the validity and usefulness of logic can be undermined.
* **Spatial Manipulation:** As distance and properties of space are abstract concepts within mathematical studies, manipulating the mathematics describing these concepts can also affect the actual properties of space itself.
* **Manipulation of Form:** Users of this ability can alter the form, volume, area, and similar properties of objects, as these characteristics are mathematical properties of the objects in question.
* **Probability Manipulation:** Since the probability of events is often expressed as mathematical values, individuals with this power can influence probabilities by manipulating those values.

## Limitations

* Users might only have certain parts of those abilities.