Genome Architecture and the Dynamics of Populations
This study proposes a focused inquiry into genome architecture as it intersects with popu…
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Measuring the Hidden Activity of Neural Circuits
Readers encounter neural circuits through the revealing, and sometimes contested, perspective of measurement challenges. The planned chapters distinguish mechanisms from metaphors, empirical findings from predictions, and strong evidence from plausible conjecture. The emphasis is on neural circuits viewed through measurement challenges, with primary research, experimental methods, ecological or clinical context, and explanatory graphics. Which claims can be tested independently, and which remain interpretive?
Table of Contents
Introduction — Measuring the Hidden Activity of Neural Circuits 1. The Problem and Its Vocabulary in Neural Circuits 2. Evidence, Sources, and Their Limits for Measurement Challenges 3. Historical and Conceptual Foundations of Neural Circuits 4. Methods for Comparative Inquiry in Neuroscience and Cognition 5. Testing Rival Accounts: Neural Circuits 6. Interpretation Across Scales: Measurement Challenges 7. Evidence Gaps and Future Research: Neuroscience and Cognition 8. Theory in Contact with Practice: Neural Circuits 9. Observation, Measurement, and Meaning: Measurement Challenges 10. Assessing Strength of Evidence: Neuroscience and Cognition 11. Mechanisms and Explanatory Models: Neural Circuits 12. Local Cases and Wider Comparisons: Measurement Challenges Conclusion — What the Evidence Allows References and Further Reading Index
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