[The cause of growth processes].

Area of Science:

• Biodynamics emerges from the integration of fundamental physics principles into biological systems.
• This field bridges physics and biology, highlighting their intrinsic connections.

Context:

• Traditional scientific disciplines often operate in isolation.
• Understanding the fundamental principles governing both physics and biology is crucial for interdisciplinary advancements.

Purpose:

• To establish biodynamics as a recognized scientific framework.
• To elucidate the deep-seated connections between physics and biology.
• To explore the potential for developing bio-technics from bioscience.

Summary:

• This paper frames biodynamics within the broader contexts of physics and biology.
• It emphasizes the inherent links between these scientific domains.
• The concept of 'force' is proposed as a key element for developing bio-technics from bioscience, analogous to how physics principles led to engineering.

Impact:

• Facilitates a more unified understanding of natural sciences.
• Opens avenues for novel bio-technological innovations.
• Establishes a theoretical foundation for bio-engineering inspired by physics.