The Eric Normand Podcast Could we build Newtonian mechanics on purpose?
May 3, 2021
The discussion highlights the evolution of Newtonian mechanics and its significance in physics. It poses thought-provoking questions about why it took so long to develop this foundational model. Drawing parallels to software design, the speaker offers insights on creating effective domain models. Additionally, the challenges of translating domain-specific knowledge into clear programming models are explored, encouraging listeners to engage with the research and build better solutions.
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Newtonian Mechanics' Scientific Birth
- Newtonian mechanics replaced the buggy Aristotelian physics that had been patched for thousands of years.
- It emerged through a scientific process involving data-oriented hypothesis and experimentation, not just imagination.
Calculus Validated Newton's Model
- Newton invented calculus to prove his model worked even for big planets with volume.
- This demonstrated the robustness and precision of Newtonian mechanics.
Develop Systematic Domain Modeling
- We need a process or skillset to systematically create domain models, not relying on chance.
- This involves dissecting continuous phenomena into concepts and relationships for computer encoding.
