Neuroscience's Theoretical Bottleneck: Can Spatial Dynamics Unlock the Brain's Secrets?
While the cellular biology of brains is relatively well-understood, neuroscientists haven't yet generated a theory explaining how brains work. This article explores major obstacles in neuroscience, identifying them as largely conceptual. Neuroscience lacks models rooted in experimental results explaining how neurons interact at all scales. Brains aren't solely driven by external and internal stimuli; their autonomy is significant. Furthermore, the traditional assumption of time as an independent variable clashes with experimental findings; spatial dynamics may offer a more suitable framework. The paper proposes several conceptual frontiers needing breakthroughs, emphasizing the importance of single-trial designs and analyses, and the need for improved experimental methods to reveal the brain's spatial dynamics.
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