The Theory of Relativity states that space and time are interrelated, with space curving around the Earth. This curvature causes an object moving along the curve to take longer, compensating for the longer distance in order to conserve the speed of light. But why is space curved around a massive object? Consider an electron or proton. Their spherical shape is sacred—the Native’s Circle—maintaining equal distance from the center, ensuring that the force of attraction between two protons and electrons is uniform. A curved object, such as the giant sphere of Earth, embodies mass, which is energy, and is composed of electrons and protons; thus, it is merely an amplified version of this principle.
The Heisenberg Uncertainty Principle asserts that an observer viewing the quantum world from a macroscopic perspective can only predict the momentum or location of an electron, for example. Momentum is simply the energy required to move an object relative to its mass, which highlights the relationship between time and space, as this idea revolves around their interconnection. While space is a component of this relationship, it functions independently. Through the Sutra of Emptiness, we understand that relation can only reveal differences; we must first examine each item before exploring their relationships. Consequently, we can observe either the relation (momentum) or the identity (space).
If we train individuals to predict momentum or spatial positions with greater accuracy than the inherent chance observed in the double-slit experiment, we could potentially predict the near future by identifying hypothetical spaces in time. This relies on the concept of relation, which is essential for the existence of an individual component in space. By initially focusing on a specific locality, we can then predict the relation, which is momentum. Additionally, we can achieve matter manipulation by concentrating on the collective behavior of atoms and the relationships between them, allowing us to influence matter after practicing at a quantum level.
The double-slit experiment demonstrates that when an electron passes through two slits, it either produces two slit patterns, behaving like a particle, or traces an interference pattern, appearing as a wave. Upon observation, the electron acts as a particle. Science has encountered a paradox: individuals who meditate regularly can predict with higher accuracy where the electron will impact when observed. If we apply this knowledge to the Heisenberg Uncertainty Principle, we can train people to potentially transform matter, time travel, or glimpse into the future.
Time travel and precognition may be possible when we learn to identify a specific point in time and, through meditation, allow alternate versions of reality to manifest from that predicted point. We can also explore other points in time. Placing someone in a think tank—an isolation pod filled with specialized water—can help them detach from material reality, allowing them to see possibilities more clearly. My ideas often emerge during states of depression, mania, or mixed emotions, where I hear internal voices guiding me. These voices prompt me to explore new concepts, leading to sudden realizations or flashes of insight about topics I already know. I may possess some mediumistic abilities.