White Paper on Equivalent Relationships of Physical Quantities
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White Paper on Equivalent Relationships of Physical Quantities presents a bold rethinking of classical mechanics. Inspired by Einstein's insight into the equivalence of mass and energy, this work introduces a complementary principle: the equivalence between force and power. Challenging the longstanding notion that static forces do no work, it argues that all forces--including static ones--are associated with continuous energy consumption. Through dimensional analysis, theoretical modeling, and practical implications, the paper offers a unified framework for understanding both dynamic and stati...
White Paper on Equivalent Relationships of Physical Quantities presents a bold rethinking of classical mechanics. Inspired by Einstein's insight into the equivalence of mass and energy, this work introduces a complementary principle: the equivalence between force and power. Challenging the longstanding notion that static forces do no work, it argues that all forces--including static ones--are associated with continuous energy consumption. Through dimensional analysis, theoretical modeling, and practical implications, the paper offers a unified framework for understanding both dynamic and static systems. Developed through a unique collaboration between human insight and artificial intelligence, this white paper marks a new step in the scientific exploration of energy, force, and structure. It is ideal for physicists, engineers, philosophers of science, and anyone interested in the foundational questions of modern physics.
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