Laser Propulsion in Space 1st Edition

Discover Laser Propulsion in Space, 1st Edition by Claude Phipps — an authoritative, accessible guide that brings the cutting-edge science of laser-driven spacecraft to engineers, researchers, and curious readers around the world. This compelling volume cuts through jargon to reveal how focused light can become a practical propulsive force for satellites, interplanetary probes, and future space infrastructure.

Inside, Phipps explains core principles — from photon momentum and thermal effects to laser-sail dynamics and ground-to-orbit beaming — with clear diagrams, real-world calculations, and case studies that connect theory to mission design. The book examines technological challenges and solutions for long-range beaming, station-keeping, orbital transfers, and micro-satellite deployment, making it essential reading for propulsion specialists, aerospace students, and R&D teams at universities and space agencies globally.

Imagine shortening transit times, lowering launch costs, and enabling new classes of small spacecraft; this text shows how laser propulsion could reshape satellite constellation deployment, lunar logistics, and deep-space exploration. Practical insights, performance trade-offs, and engineering pathways are presented with precision, helping readers evaluate feasibility and integrate laser-based concepts into projects and proposals.

Whether you’re based in North America, Europe, Asia, or beyond, Laser Propulsion in Space is a timely resource that blends rigorous science with practical engineering perspective. Perfect for technical libraries, graduate courses, and curious professionals, it equips you to participate in the next wave of propulsion innovation. Order your copy today and put pioneering laser-propulsion knowledge to work in your next mission or research endeavor.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.