In this chapter, I critically explore the theory of morphic resonance as an organizing principle that may underlie biological form, inheritance, instinct, and memory. Tracing the evolution of the field concept from classical physics to quantum field theory, I examine the hypothesis that organisms are shaped and guided by morphic fields—dynamic, probabilistic structures influenced by the accumulated habits of nature. Drawing on interdisciplinary insights and a growing body of empirical anomalies from molecular biology, crystallization, development, behavior, and comparative psychology, I assess the explanatory power and limitations of formative causation. I review experimental approaches testing the heritability of acquired traits, rapid behavioral evolution, and transgenerational memory, and consider the implications of morphic resonance for the long-standing nature versus nurture debate. Critically, I discuss the compatibility of morphic fields with contemporary findings from epigenetics, neuroplasticity, and quantum theory, and propose that the boundaries between genes, brains, and collective memory may be far more permeable than previously imagined. By integrating historical context, experimental evidence, and opportunities for falsification, I outline a roadmap for a rigorously testable science of collective memory—one that encourages bold theoretical innovation while maintaining empirical rigor.