Orbital Ring Engineering: Mechanics and Material Science for Space Launch Mass Transit Systems Kindle Edition

“Building an orbital ring would be no small feat, but the great thing is, it’s an engineering problem, not a physics problem.”In Orbital Ring Engineering: Mechanics and Material Science for Space Launch Mass Transit Systems (Volume I), Paul G. de Jong presents a visionary yet methodical exploration of what could become humanity’s most transformative achievement, the construction of an orbital ring.It is a scientifically sound concept, a planetary-scale mass-transit system capable of launching millions of passengers and thousands of tons of cargo into orbit each day. Drawing on established physics, practical materials science, and historical precedent, de Jong bridges the gap between what is possible today and what must come next.This first volume in the Astronomy’s Shocking Twist series examines the evolution of space transportation, from early rocketry to private-sector innovation, before dissecting the real mechanics behind orbital rings: anchor lines, levitation, propulsion, and power systems. The result is a book that treats speculation with engineering discipline and imagination with scientific respect.Orbital Ring Engineering challenges the reader to think beyond economics and politics… to consider humanity's future and long-term survival itself as the ultimate justification for progress. The writing remains precise, clear, and grounded, yet carries the quiet urgency of a civilization ready to step beyond its cradle.For engineers, futurists, and anyone who believes in purposeful innovation, this volume is both blueprint and call to action - a detailed vision of how humanity might, at last, make access to space as routine as boarding a train.The future of spaceflight begins here. Read more