Ben describes how a major geological shift could trigger massive tidal movements… what he refers to as an “initial inertial tsunami,” followed by a reversal known as the “slosh back.” He explains that such an event could create hours-long surges, with water levels rising and receding dramatically as the planet stabilizes. While the scenario remains theoretical, he notes that the combination of geological, climatic, and radiological factors could make even smaller shifts deeply consequential. Cat

On December 26, 2004, one of the deadliest natural disasters in history struck. A massive undersea earthquake near Sumatra unleashed waves up to 30 meters high, tearing through Indonesia’s Aceh province. Over 167,000 lives were lost, half a million displaced, and entire towns like Lhoknga were wiped off the map. 🌊 The catastrophe sparked global relief efforts and the creation of modern tsunami warning systems — yet its devastation remains etched in memory. 🕯️ - #tsunami #indonesia #naturaldisa