indian ocean tsunami was formed by underground volcanic avtivity.not by plate tectonic theory.

dear sir/madam, Upon examining available online evidence—and noting that NASA researchers were unable to provide a satisfactory explanation for the South Asian tsunami based on the theory of plate tectonics—I have discovered, through satellite imagery recording changes in ground elevation, that the seismic activity was actually caused by a volcanic eruption beneath Simeulue Island, located near Sumatra. In short, I have discovered the true cause of the South Asian tsunami. I have detailed my discovery and provided the relevant evidence in this report. I kindly request you to publish this article in your esteemed media outlet. Thank you! Yours faithfully, Scientist g. Ponmudi. 0000000 Geological researchers currently believe that the continents are moving as distinct, rocky plates along with the ocean floors. Geological researchers explain that as continents move along with their respective sections of the ocean floor, friction occurs between the rock formations of the seabed situated between them, resulting in continuous earthquakes along the ocean floor over distances of thousands of kilometers. Against this backdrop, researchers from NASA produced and released a "global earthquake map" detailing the locations of 358,214 earthquakes that occurred worldwide over the thirty-five-year period from 1963 to 1998. On that global seismic map, a continuous stretch spanning thousands of kilometers—where no earthquakes have occurred—is recorded on the ocean floor between the Indian and Australian continents; these continents are believed to be moving independently towards the northeast, along with their respective sections of the ocean floor. Through this, the continuity of the ocean floor between continents and the stability of the continents themselves have been empirically proven by the "global seismic map" released by NASA. Additionally, NASA has released another map that illustrates the movement of continents. That map also omits the boundary between India and Australia, depicting only small, broken lines instead, and notes that it is unclear what is happening in that region. Against this backdrop, some researchers have explained that the earthquakes which triggered the South Asian tsunami occurred because the seabed of the Indian subcontinent moved beneath the Indonesian islands. However, other researchers have explained that the earthquakes which triggered the South Asian tsunami occurred because the seabed of the Australian continent moved beneath the Indonesian islands. NASA researchers do not know which of these two explanations is correct. Therefore, NASA has published both explanations on its website. In this context, the explanation provided by NASA—stating that the earthquakes which triggered the South Asian tsunami were caused by the continental seabed grinding and moving beneath the Indonesian islands due to continental drift—is devoid of fundamental evidence. In this context, following the South Asian tsunami, the island of Simeulue, located near Sumatra, rose by up to four feet above sea level. Satellite imagery recording ground-level variations has revealed that, following the earthquake on February 28, 2020, on Similu Island, concentric rings of slight elevations and depressions—varying by a few centimeters in height—formed within a radius of several kilometers around the earthquake's epicenter. Satellite imagery recording ground-level fluctuations has revealed that such variations—specifically the rising and falling of surrounding terrain by a few centimeters—are associated with rumbling volcanoes. . This provides evidence—derived from satellite imagery recording changes in ground elevation—that the earthquakes which triggered the South Asian tsunami were caused by volcanic eruptions beneath Simeulue Island. The question arises: why did Simeulue Island rise? Against this backdrop, more than a thousand earthquakes occurred last March on São Jorge Island—located near the Azores in the central Atlantic Ocean. To investigate the cause, a research team led by Dr. Stephen Hicks from the University of London conducted a study on the island. In particular, they installed seismometers on George Island and the Atlantic seabed, and also deployed satellite and GPS instruments for monitoring. Researchers have reported that, at that time, molten rock rose like a river from a depth of two thousand feet towards the surface beneath the island. They have also stated that, as a result, the land area above the volcano rose by six centimeters. The researchers have stated that the rising magma halted at a depth of one kilometer beneath the rock formation. They further noted that seismic activity intensified only after this point. This confirms that the rise of volcanic magma beneath the islands was the cause of their uplift. Second evidence. Similarly, geologists believe that the North American and South American continents are moving independently—along with their respective ocean floors—towards the west and northwest, respectively. In this context, a global seismic map released by NASA reveals a continuous stretch spanning thousands of kilometers—located on the ocean floor between the North American and South American continents (which are believed to be moving independently along with their respective seafloors)—where no earthquakes have been recorded. Through this, the continuity of the ocean floor between continents and the stability of the continents have been proven—for the second time, conclusively, and beyond any doubt—based on the "global seismic map" released by NASA. Consequently, because no earthquakes occur along the continuous stretch of the seabed spanning thousands of kilometers between these two continents, geologists have been unable to define the boundary between them. Consequently, the seabed area between these two continents is also referred to as an "undefined boundary zone." However, geologists hold two differing views regarding that flat rock formation: one suggests it originated in the Atlantic and is moving westward, while the other posits that it formed in the Pacific and is moving eastward. In this context, geologists believe that the Caribbean island chain, situated between these two continents, is moving as a tectonic plate. However, geologists hold two different views regarding that flat rock formation: one is that it originated in the Atlantic region and is moving westward, while the other is that it formed in the Pacific region and is moving eastward. Against this backdrop, Raik Bachmann, a geologist from the Technical University of Berlin in Germany, has published a research paper examining two theories regarding the origin of the Caribbean tectonic plate. This paper was peer-reviewed by fellow geologists from the same university—Lothar Ratschbacher and Klaus Stanek—and has been published online. In particular, at the end of the article, he states that no single theory can conclusively explain the origin of the Caribbean tectonic plate. He has also indicated that further research is needed on this matter. Geologists who believe the Caribbean tectonic plate is in motion do not know in which direction it is moving. Against this backdrop, earthquakes that triggered a tsunami struck Haiti—part of the Caribbean island chain—on January 12, 2010, resulting in the deaths of more than 200,000 people. For that earthquake, geologists from the United States Geological Survey, also known as USGS, specifically said that the Caribbean plate was moving in the opposite direction, without directly stating which direction it was moving. Regarding the North American continent, which is moving westward, they have put forward an explanation—devoid of fundamental evidence—that the Caribbean tectonic plate is moving eastward, and that the resulting friction between the plates caused the earthquakes on the island of Haiti. In this context, satellite imagery recording ground-level variations has revealed that when the earthquake triggering the tsunami struck Haiti, concentric rings of slight elevation changes—rising and falling by a few centimeters—formed across a radius of several kilometers around the epicenter, similar to the patterns observed around rumbling volcanoes. Thus, through satellite imagery recording ground-level changes, it has been conclusively proven—beyond any doubt and with solid evidence—for the second time that earthquakes triggering a tsunami on the island of Haiti were caused by a volcanic eruption beneath it. In this context, three important questions arise. Question one. Given the belief that continents are moving as distinct rock plates—and that friction occurs between the seafloor rocks situated between these continents, resulting in earthquakes along the intervening seafloor over distances of thousands of kilometers... While no earthquakes have occurred over a span of thousands of kilometers along the ocean floor between the Indian and Australian continents—which are believed to be moving as separate tectonic plates... And with NASA researchers explaining that it is not yet certain exactly what is happening on the seabed between these two continents... Is the explanation given by NASA researchers—that the earthquakes which triggered the South Asian tsunami were caused by the movement of continents—correct? Question two. Did the South Asian tsunami-triggering earthquakes occur because continents shifted along the ocean floor, or did they happen because a volcano erupted beneath Simeulue Island? The answer to this question holds the key to understanding the cause of the loss of over two hundred thousand lives. Question three. While earthquakes do not occur along the stretch of the ocean floor spanning thousands of kilometers between the North American and South American continents—which are believed to be moving as separate tectonic plates... And given that it is impossible to define a boundary line between these two continents... While the Caribbean island chain situated between these two continents is believed to be moving as a tectonic plate, the actual direction of that plate's movement remains unproven. Is the explanation provided by researchers from the United States Geological Survey—stating that the earthquake and tsunami on the island of Haiti (part of the Caribbean archipelago) were caused by the movement of the North American and Caribbean tectonic plates and the resulting friction between them—accurate? Question Four. Did the tsunami-generating earthquakes on the island of Haiti occur due to the movement of the North American continent and the Caribbean island chain, or were they caused by a volcanic eruption beneath the island? The answer to this question holds the reason for the loss of more than two hundred thousand lives. Question five. Is there evidence to support the explanation that earthquakes and tsunamis at these two locations were caused by the movement of continents, or is there evidence supporting the explanation that they were caused by volcanic eruptions beneath the islands? Thank you! Yours faithfully, Scientist g. Ponmudi. 0000