Anchored

Polyvagal Theory is the science of feeling safe enough to fall in love with life and take the risks of living.

Polyvagal Theory is the science of feeling safe enough to fall in love with life and take the risks of living. Wired for connection. Polyvagal Theory, developed by Stephen Porges, explains how our nervous systems are wired for connection and find balance in relationships. It provides a map of the nervous system, offering skills to anchor ourselves and others in safety amidst life's challenges. This theory emphasizes that our biology shapes how we navigate living, loving, and working, and understanding this can improve individual, family, community, and global well-being. Translating the science. The book translates complex neurophysiological constructs into accessible language, making the core concepts of Polyvagal Theory understandable and applicable to everyday life. It introduces new terminology like neuroception, hierarchy, and ventral vagal, while also providing simpler alternatives like safe, connected, or regulating. This translation aims to empower readers to befriend their nervous systems and actively operate them. Regulation is key. A regulated nervous system is fundamental to navigating the world with a sense of safety and ease. By learning to track states and anchor in autonomic safety, we can manage challenges more effectively. When faced with problems, understanding how the nervous system works allows us to shape our systems toward safety and connection, opening up new options and possibilities.

Through the process of evolution, three building blocks came into being one after the other: dorsal vagal (shutdown) around 500 million years ago, sympathetic (activation) around 400 million years ago, and ventral vagal (connection) around 200 million years ago. Evolutionary order. The autonomic nervous system is organized around three building blocks: dorsal vagal (shutdown), sympathetic (activation), and ventral vagal (connection). This hierarchy dictates how we react to daily challenges, with each block affecting our biology and psychology. Understanding this sequence is key to anchoring in regulation. Ventral vagal: connection. The ventral vagal pathway, the newest, supports health and well-being, allowing us to connect and communicate with others. In this state, daily irritations feel manageable, and we can go with the flow. When overwhelmed, we move down the hierarchy to the sympathetic pathway. Sympathetic: action. The sympathetic pathway, commonly known as fight or flight, activates when we feel overwhelmed. If challenges persist without resolution, we descend to the dorsal vagal pathway, leading to collapse, shutdown, and disconnection. Recovery requires moving back up through the sympathetic system to the regulation of the ventral vagal state.

Stephen Porges created this word to illustrate how the nervous system (neuro) is aware (ception) of signs of safety and signals of danger. Internal surveillance. Neuroception is the nervous system's internal surveillance system, detecting cues…