Principles of Neural Design (Mit Press)
by Peter Sterling, Simon Laughlin
Principles of Neural Design by Peter Sterling and Simon Laughlin uncovers the elegant principles behind neural circuit architecture. It explains how brains achieve efficient computation through evolutionarily optimized designs that balance performance and energy use, offering key insights for neuroscientists studying brain function and structure.
About This Book
Principles of Neural Design, published by MIT Press, delves into the core principles governing the architecture of neural systems. Written by Peter Sterling and Simon Laughlin, the book examines how neural circuits are structured to perform computations with minimal energy expenditure.
The authors draw on insights from biology and physics to explain the efficiency of neural design. They highlight how evolutionary pressures have led to compact and reliable neural wiring that supports complex brain functions.
This work provides a foundational understanding of neural organization, making it essential for researchers in neuroscience and related fields. It bridges theoretical principles with empirical observations from neural anatomy and physiology.
Through clear explanations and illustrations, the book demonstrates the elegance of neural adaptations that enable perception, movement, and cognition.
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