Terrence Howard's Mission: Terrence Howard aims to reveal truths that challenge mainstream scientific and mathematical beliefs, risking his career and reputation.
Challenge to Scientists: He invites experts across scientific fields to challenge his findings, positioning his ideas as "geometric proofs" rather than theories.
Public Reaction to New Ideas
Ridicule: Initial public and media skepticism often leads to ridicule.
Opposition: Logical challenges and debates arise against unconventional ideas.
Acceptance: Over time, perspectives may shift towards acceptance as the ideas gain traction.
Critique of Conventional Mathematics
Approximation in Math: Howard argues that traditional math relies heavily on approximation, which he believes is a flawed foundation.
Mathematical Operations: Questions the validity of operations like multiplication (e.g., 1 * 1 = 1 challenges the idea of multiplication as an increase).
Square Roots and Cubes: Demonstrates consistent but unexpected results using square roots and cubing, suggesting inherent fallacies in math.*
Concepts of Chemistry and Physics
Nature of Elements: Describes elements as conditions of pressure and motion, not fixed substances.
Periodic Table Insights: Proposes that human perception limits our understanding of elemental relationships, with hydrogen as a notable example.
Elemental Transformation: Explains how changing conditions can transform one element into another (e.g., carbon to diamond in labs).
Perception of Reality
Limited Human Perception: Humans perceive less than 0.5% of the electromagnetic spectrum, affecting our understanding of the cosmos.
Concept of Death: Redefines death as a state akin to sleep, with everything in the universe being "alive" in different states.
Electric Charge and Magnetism
Dynamics of Pressure Conditions: Explains interactions between electric charges and magnetism in terms of pressure and motion.
Light as Reproduction: Light doesn't travel but reproduces itself, with each wave being a life cycle.
Flower of Life Symbol
Historical and Cultural Significance: Found globally in ancient sites, suggests advanced ancient understanding of universal principles.
Geometric Interpretations: Proposes that the symbol represents contraction and expansion principles in the universe.
Fundamental Mathematical Structures
Negative Space and Bubbles: Describes the formation of geometric structures (e.g., tetrahedron) through the convergence of bubbles, representing fundamental forces.
Applications to Modern Physics: Relates these structures to concepts like Bose-Einstein condensates, where matter becomes indistinguishable from its surroundings.
Conclusion
Universal Principles: Howard's ideas challenge conventional understandings of science and math, proposing a more dynamic and interconnected view of the universe.
Call for Reevaluation: Encourages a reevaluation of established scientific "truths" to advance human understanding and potentially reach "level one" civilization.