$19 Trillion Super Tunnel: London to New York in Just 54 Minutes! | PHJ

The Vision, a transatlantic tunnel from London to New York. Imagine boarding a train in London and arriving in New York just 54 minutes later. While it sounds like science fiction, a proposed transatlantic tunnel could make it possible. Backed by Elon Musk, the project envisions 3,400 mile, about 5.471 kilometers, journey across the Atlantic at unprecedented speeds. However, the estimated cost is staggering. $19 trillion, over five times the GDP of the United Kingdom. The Boring Company's Bold Claim Elon Musk has recently reignited interest in the concept of advanced transportation systems, claiming that his company, the Boring Company, could complete it for 1,000 times less money. While this claim is ambitious, the idea itself is not entirely far-fetched. The necessary technology for vacuum tubes and magnetic levitation, maglev, trains already exists. If implemented, these innovations could enable speeds exceeding 3,000 miles per hour, approximately 4,828 kilometers per hour, making travel incredibly fast and smooth. A historic dream, the origins of the idea. The concept of a tunnel beneath the ocean has captivated engineers and writers for over a century. In 1895, Michel Verne, the son of Jules Verne, envisioned a high-speed underwater transportation system in his story, Unexpressed Delavenir. In 1913, German author Bernhard Kellerman explored a similar idea in his novel Der Tunnel, which later inspired the 1935 film, Transatlantic Tunnel. Even rocket pioneer Robert H. Goddard contributed to this vision by patenting his own tunnel design in the early 20th century. The technology, maglev trains and vacuum tunnels. Two key technologies could bring this vision to life. Magnetic levitation, maglev, trains, already in use in Japan, Germany and China, minimize friction by floating above the tracks with the help of powerful electromagnets. This allows them to achieve speeds comparable to those of airplanes. On the other hand, vacuum tunnels, often referred to as hyperloops, eliminate air resistance, enabling speeds of over 600 miles per hour, approximately 966 kilometers per hour. The engineering challenges. Building a 3,400 mile transatlantic tunnel poses significant engineering challenges, even with existing technology. The tunnel would need to endure the intense pressures of deep sea environments and navigate the Mid-Atlantic Ridge, an area known for its geological activity. In comparison, the Channel Tunnel, which is 23.5 miles long and took six years and billions of dollars to complete, was a much smaller project. If realized, this approximately 38 kilometer tunnel would be one of the most ambitious engineering endeavors in history.