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INTP_ty
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"Ghosts of Departed Quantities"
And a host of ones own deity?
And a host of ones own deity?
Nothing, most likely, as I am pretty sure it was bishop Berkeley who said it https://duckduckgo.com/?q=ghosts+of+departed+quantities&t=hz&ia=webINTP_ty said:"Ghosts of Departed Quantities"
And a host of ones own deity?
WWGD said:I am pretty sure it was bishop Berkeley
Newton used the term "Ghosts of Departed Quantities" to describe the concept of action at a distance, where objects can affect each other without any physical contact. He believed that the force of gravity, as well as other forces, were transmitted through invisible particles or "ghosts" that were constantly interacting with matter.
Newton's idea of "Ghosts of Departed Quantities" had a significant impact on the scientific community as it challenged the prevailing belief at the time that forces could only act through direct contact. It opened up new avenues for scientific exploration and led to the development of theories and experiments to better understand the nature of these "ghosts."
Like any scientific theory, Newton's idea of "Ghosts of Departed Quantities" had its limitations. One of the main criticisms was that it relied on the existence of invisible particles, which could not be observed or measured directly. This led to some skepticism and debate among scientists, but ultimately, Newton's theory has stood the test of time and continues to be a fundamental concept in modern physics.
Newton's laws of motion are based on the idea that objects can exert a force on each other through the interaction of "ghosts of departed quantities." For example, according to Newton's third law, for every action, there is an equal and opposite reaction. This means that when two objects interact, they exchange "ghosts" or particles, which causes a change in their motion.
Since Newton's time, our understanding of "Ghosts of Departed Quantities" has evolved significantly. With the development of new technologies and advancements in physics, we now have a more comprehensive understanding of the nature of these invisible particles and their role in the universe. For example, the theory of relativity and quantum mechanics have provided further insights into the behavior of these "ghosts" and their interactions with matter.