Understanding Negative Mass

Mass and energy are closely intertwined, as described by Einstein's famous equation Emc2. This equation implies that mass and energy are equivalent, and since a square cannot be negative, a negative mass requires what could be termed as negative energy. True negative energy would be less than 0 or no energy at all, which is currently beyond the realm of our understanding and is akin to concepts such as negative absolute temperature or pressure.

Behavior and Properties of Negative Mass

Given the peculiar properties of a negative mass, it would experience repulsive gravity, meaning it would exert a force away from other masses. However, it would also have negative inertia, causing it to accelerate in the opposite direction of any applied force. This behavior would lead to an endless acceleration towards other masses, surpassing the speed of light almost instantaneously.

Each piece of negative mass would repel every other piece, leading to a rapid acceleration towards infinite speed. This would violate the local speed limit set by the speed of light, causing the creation of more masses as negative mass pushes against the speed barrier. In this context, it's not a violation of the speed limit, but rather the creation of masses resulting from negative mass pushing against the theoretical barrier of the speed of light.

Prevalence and Existence of Negative Mass

The concept of negative mass is more common than many realize. It's suggested that each particle, if neutrally charged, could consist of 50 negative masses. When particles are crushed, negative masses can leak out forming beams or rays of new mass, similar to the process in proton smashing.

The existence of negative mass is also linked with antimatter, where the mass of antimatter is inherently negative. Antimatter was created in equal amounts to matter due to the inherent mathematical properties of the universe, resulting from the balance between positive and negative quantities.

Role of Antimatter and Gravitational Force

In the context of gravitational force, when masses of matter are attracted towards each other, antimatter shows a peculiar behavior. When two masses of matter attract each other, the product of their masses is positive, leading to attraction. Similarly, when two antimatter masses attract each other, the product is also positive, resulting in attraction. However, when matter and antimatter are involved, the product is negative, leading to repulsion.

This leads to the concept of antigravity, where the force of repulsion between matter and antimatter is proportional to the product of their masses and inversely proportional to the square of the distance between them. This theoretically suggests that a universe of matter would be repelled by a universe of antimatter, with both universes constantly being pushed apart in the vastness of space.

Implications of Trillions of Universes

Considering the relationship between matter and antimatter, it's suggested that trillions of universes of matter and antimatter could exist within the infinite space. The movements and eventual meeting of these universes could lead to their annihilation, explaining why it's impossible to see the universe of antimatter. This is a compelling theoretical framework that challenges our current understanding of the universe and could open new avenues for scientific exploration.