The mystery of flight MH370: an Australian scientist unveils a new theory about its location

After nearly a decade of unsolved mysteries, Australian researchers Vincent Lynnfrom the University of Tasmania, has proposed a bold theory about the whereabouts of Malaysia Airlines Flight MH370Disappeared on 8 March 2014 with 239 people on board.

Lynn’s research says the plane has been located An underwater canyon in the southern Indian Ocean, 6,000 meters deepin the area known as Broken Ridge. This environment, characterized by its narrow, steep sides surrounded by large mountain ranges and other deep valleys, is described as “an ideal place to hide,” according to its LinkedIn post.

Flight MH370 disappeared mid-way Kuala Lumpur And Beijing, On March 8, 2014, the plane, a Boeing 777-200ER, lost contact with air traffic control near the border between Vietnamese and Malaysian airspace. On board he traveled 239 people,

Although pieces of the wreckage were found at different times, the exact location of the crash remains uncertain to this day it is incomprehensible. Lynn presented his theory based on a thorough analysis of the damage recorded on the recovered fragments and information previously released by the FBI, including data from the pilot’s flight simulator. Zahri Ahmad Shah. Their findings have been accepted for publication in the renowned journal Navigation Journal,

Lynn claims MH370 did not crash because it ran out of fuel, but the pilot probably tried to controlled landingSimilar to the one made by Captain Chesley “Sully” Sullenberger in the Hudson River in 2009. According to the scientist, this controlled attempt at ditching could explain why the plane did not completely disintegrate upon contact with the water, causing it to sink.Correct!In the underwater canyon.

The researcher says that this place is right on the eastern edge Broken RidgeSurprisingly matching the length of the Penang airport runway, the data aligns with the routes found in the pilot simulator. This detail, although considered irrelevant by previous FBI investigations, has become a pillar of Lin’s theory, which claims that previous searches failed because they did not correctly focus on the now-identified area.

Lin emphasizes that the “rough and dangerous environment” of Broken Ridge may justify the subsequent failure of previous search expeditions. “With narrow and steep slopes, surrounded by mountain ranges and other deep valleys, it is The best place to hide, Although the feasibility of a new search expedition will depend on the authorities and specialized companies, the scientist is confident that his calculations have found the exact location of the shipwreck.

Until now, the leading hypothesis was that MH370 ran out of fuel and rapidly plunged into the ocean, an idea supported by a number of international researchers. However, a careful assessment of remains such as the plane’s wings and landing gear has led Lin to a different conclusion: a emergency landingwhich, even if not successful, would have been adequately controlled Avoid explosion or complete disintegration of the plane when touching the water,

Lin’s testimony supports previous theories such as those of a Canadian researcher Larry VanceThis also showed that the plane was still operational during its final descent. “This certainly supports the initial findings of Canadian air accident investigator Larry Vance,” Lynn writes. “MH370 had fuel and engines active when it made a controlled emergency landing.”

This combined view suggests that, however incredible it may seem, the pilot may have carried out the disappearance from what was designed to be an “ideal hiding place”, deepening one of the most perplexing mysteries of modern aviation.

The solution to the MH370 puzzle, if Lynn’s theory is confirmed, would provide long-awaited closure for the victims’ families and drastically change the current narrative about the flight’s disappearance. However, logistical and technical challenges in exploring the 6,000-metre-deep canyon remain a major hurdle.

Finally, the scientific community remains aware of these revelations and potential new research efforts that can be made in the hope of Fully understand the fate of flight MH370,