This article explores the evolution of scientific thought regarding time and reality, contrasting Isaac Newton's predictable worldview with the unpredictable nature of quantum mechanics discovered in the early 20th century. As scientists dug deeper into atomic levels, they realized that particles behave differently than classical physics suggested, leading to the recognition of quantum particles existing in multiple states until observed, which may influence the unfolding of time. This revolutionary thinking hints at a potential link between consciousness and the choices manifested in reality.
"Until the early 20th century, scientists believed they had most of the puzzle solved. They viewed the world as a perfect machine, predictable and logical, based on Newton's laws."
"When scientists began examining atomic levels, they found that Newton's rules broke down. Particles behaved in unpredictable ways, forcing a total rethinking of the universe's understanding."
"Quantum particles exist in multiple states until observed. At that moment, they 'choose' a state, fundamentally challenging our perceptions of reality and time."
"Consciousness may play a role in influencing which quantum possibilities become actualized, suggesting our awareness impacts reality at the most fundamental level."
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