Ho’oponopono and the Bengston Method: A Resonant Approach to Healing What happens when an ancient Hawaiian forgiveness ritual meets a modern method of energetic healing? This question emerged for me recently during a private healing session. My patient and I began doing Rapid Image Cycling, a key element of the Bengston Method, while also repeating

Are Rituals Creeping into Your Bengston Method Practice?   Can the Bengston Method Lose Potency Over Time? Can even a powerful healing practice like the Bengston Method lose its potency over time? The answer is yes—if we do it ritualistically. While some may argue that healing rituals offer helpful structure, William Bengston is adamant about

How Names Transform Distance Healing:  Experiments to Deepen Your Practice   The Power of Naming in Energy Healing Have you ever wondered if simply speaking the name of your healee could amplify the healing potential of your remote healing work? My method is not faith-based; it’s observation-based. Instead of relying on belief, I invite you

Tips on Treating Dogs with the Bengston Method Your dog has cancer.  You know the Bengston Energy Healing Method®, but confusion sets in when you try to follow the steps. How does a method that works with lab mice translate to a dog? How often should you treat them? How can you tell if it’s

The Subtle Power of Names in Remote Healing Every Friday, I host a group distance healing event on Facebook Live, drawing participants from the Bengston Energy Healing Method® community and beyond. Participants submit names for healing and then during the session, I read them aloud. While complete cures are rare, consistent participation can lead to

Image Cycling Not Word Cycling INTRODUCTION Image Cycling, a cornerstone technique within the Bengston Method, involves creating vivid mental pictures, infusing them with emotions, and rapidly cycling through these images. This method, backed by extensive university-published research, has demonstrated remarkable results in facilitating complete cancer cures in mice. The research also highlights its potential applications