This study guide provides a curated reading list to explore the scientific concepts of water memory, structured water, and the role of electromagnetic fields in biology. The selected books cover foundational theories, experiments, and implications for life sciences, offering a step-by-step approach for learners to progressively deepen their understanding.

Suggested Reading Order:

1. "The Fourth Phase of Water: Beyond Solid, Liquid, and Vapor" by Gerald Pollack

   • Why Read It: Start here for a foundational understanding of structured water, also known as Exclusion Zone (EZ) water, and its unique properties.
   • Key Concepts Covered: Properties of EZ water, interaction of water with light and surfaces, implications for biology and physics.
   • Learning Outcomes: After reading, you'll be able to answer questions like: What is EZ water, and how does it differ from ordinary water? How does structured water interact with electromagnetic fields, especially infrared light?

2. "Cells, Gels and the Engines of Life" by Gerald Pollack

   • Why Read It: Follow up with a deeper look at how these concepts apply within cellular biology, considering cells as gel-like structures that depend on structured water for function.
   • Key Concepts Covered: Cell mechanics, the gel-like nature of cytoplasm, the role of structured water in energy transfer.
   • Learning Outcomes: Understand how structured water may contribute to cellular function and what implications this has for viewing cells as more than just liquid-filled sacs.

3. "The Body Electric: Electromagnetism and the Foundation of Life" by Robert Becker and Gary Selden

   • Why Read It: This book connects the dots between bioelectricity and structured water, exploring how electromagnetic fields influence biological processes.
   • Key Concepts Covered: Bioelectric phenomena, healing and regeneration, EM field interactions.
   • Learning Outcomes: Explain how electromagnetic fields affect biological tissues and how Becker's discoveries relate to water's role in biology.

4. "The Rainbow and the Worm: The Physics of Organisms" by Mae-Wan Ho

   • Why Read It: Integrates the physics of living organisms, focusing on how water supports coherence in biological systems.
   • Key Concepts Covered: Quantum coherence in biology, holistic nature of life.
   • Learning Outcomes: Articulate the concept of quantum coherence and its connection to water in biological contexts.

5. "Water and the Cell" edited by Gerald Pollack, Ivan L. Cameron, and Denys N. Wheatley

   • Why Read It: Provides scientific discussions on water's role in cellular functions, featuring perspectives from various researchers.
   • Key Concepts Covered: Structured water, cellular processes, varied viewpoints on the science.
   • Learning Outcomes: Describe the different theories about structured water's function in cells.

6. "Molecules of Emotion: Why You Feel the Way You Feel" by Candace B. Pert

   • Why Read It: Offers insights into molecular biology's intersection with cellular and environmental factors, complementing the understanding of structured water.
   • Key Concepts Covered: Neurobiology, molecular signaling, cellular communication.
   • Learning Outcomes: Discuss how cellular behavior is influenced by environmental factors including electromagnetic fields.