Discerning Scientific Innovation from Crankery
This brief, Discerning Scientific Innovation from Crankery, presents a practical framework for evaluating unconventional scientific work through a method-centered lens. It outlines core criteria—falsifiability, logical consistency, data engagement, and predictive capability—that distinguish legitimate scientific innovation from pseudoscientific claims. The goal is not to suppress nontraditional ideas but to assess them with clarity and rigor, independent of institutional authority or academic credentials.
The author utilizes AI as a tool to structure, refine, and communicate complex arguments more efficiently. While AI enhances productivity and expression, it requires its own learning curve—users must apply disciplined reasoning and critical oversight to ensure output quality. AI is not a substitute for rigor; it is a catalyst for more precise thought.
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- Classical physics not elsewhere classified
- Astronomical sciences not elsewhere classified
- Atomic, molecular and optical physics not elsewhere classified
- Complex physical systems
- Other physical sciences not elsewhere classified
- Particle and high energy physics not elsewhere classified
- Quantum physics not elsewhere classified
- Space sciences not elsewhere classified
- Nuclear and plasma physics not elsewhere classified
- Condensed matter physics not elsewhere classified