The hippocampus is the brain’s compass of memory, space. and navigation. Explore the foundational role of hippocampus in the modern learnography of knowledge transfer. It explains how zero-teaching schools shift the locus of learning from teacher-centered instruction to student-driven knowledge transfer powered by hippocampal pathways. Hippocampal Blueprinting: How Memory Maps Accelerate Brainpage Schools This article highlights how spatial memory, motor knowledge, brainpage development, and SOTIM mapping transform learners into autonomous small teachers. Drawing on neuroscience, memory science, and brainpage theory, it reveals why high-class teaching often suppresses the hippocampal engagement of learning. The zero-teaching environments activate learning circuits for long-term retention, self-regulation, and problem-solving. This piece provides deep insight into how hippocampal mechanisms shape brain-based learning, accelerate cognitive growth, and redefine the architecture of future ...

♾️ Research Introduction: Rise of Gyanpeeth in Knowledge Transfer Gyanpeeth experience is grounded in the Taxshila Model and the principles of learnography. This gyanpeeth learning offers a transformative approach to education by redefining the learner's relationship with knowledge transfer. At the core of gyanpeeth framework lies the concept of the "seat of knowledge". This is a dynamic learning space, where knowledge is not taught, but this is actively transferred through motor-driven interaction, cognitive engagement and experiential application. The taxshila model emphasizes the construction of brainpage modules through book-to-brain learning. This approach bypasses traditional teaching methods, and empowers students with the tools of self-directed mastery. By integrating skill (motor knowledge), cognitive understanding and real-world experience, the gyanpeeth framework enables learners to internalize knowledge deeply and apply it purposefully. The model transforms cl...