Space, the Final Frontier?

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Format: Hardcover
Pub. Date: 2003-02-17
Publisher(s): Cambridge University Press
List Price: $66.00

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Summary

What are our motivations for going into space? Where does our long-term space future lie? Why, and how, should we strive to reach, if not for the stars, at least for the Moon and Mars? This exciting book looks first at the progress that has already been made in our attempts to explore and expand beyond the Earth. Current and past space technologies and space stations are described, and the effects of the space environment on the human body are explained. A discussion of the merits of the robotic exploration of space is followed by a look at our exploration of the Moon and Mars. Final chapters touch on propulsion methods required for leaving our solar system, and ask which of the possibilities for future space travel is most likely to succeed. This thought provoking book will appeal to all those with an interest in the future of space exploration.

Author Biography

Giancarlo Genta is a Professor in the Department of Mechanics at the Technical University of Turin, Italy.

Table of Contents

Foreword xi
Franco Malerba
Foreword xv
Michael Foale
Preface xix
Space today
1(67)
A dramatic beginning
1(3)
Unfulfilled promises
4(4)
Crisis of growth?
8(18)
Commercial activities
26(10)
Scientific activities
36(14)
Military applications
50(7)
Space and the developing countries
57(3)
Robots or humans in space
60(8)
The gateway to space
68(36)
The two cosmic velocities
68(3)
Rocket propulsion
71(4)
Beyond the Space Shuttle
75(12)
Non-reusable rockets
87(4)
Spaceports
91(1)
Guns, skyhooks and space fountains
92(12)
Cities and factories in space?
104(34)
Orbital labs and earlier space stations
104(6)
The International Space Station
110(5)
Effects of microgravity on the human body
115(3)
Radiation and space debris
118(3)
Space habitats
121(7)
Energy generation in space
128(5)
Orbital power stations
133(3)
Light from space
136(2)
Robots in the Solar System
138(46)
Large interplanetary spacecraft
138(4)
Low-cost space probes
142(3)
Propulsion in deep space
145(14)
Is there life on Mars?
159(7)
New robotic planetary probes
166(6)
Exploration of comets and asteroids
172(7)
The Kuiper belt and the heliopause
179(3)
The focal line of the Sun's gravitational lens
182(2)
Back to the Moon
184(27)
Should we return to the Moon or go straight to Mars?
184(4)
The rationale for scientific missions on the Moon
188(8)
Lunar outposts
196(3)
Permanent bases
199(8)
Private lunar bases?
207(2)
Lunar power stations
209(2)
Mars, the red planet
211(45)
Dreams and projects
211(5)
The 'Mars Outposts' approach
216(7)
Mission planning
223(4)
The first human beings on Mars
227(6)
The beginning of colonisation
233(6)
A planet to be terraformed
239(17)
Exploitation of the solar system
256(14)
The inner planets: Mercury and Venus
256(6)
Mining bases in space: the asteroids
262(2)
Energy from the giant gas planets
264(3)
The frontier of the solar system
267(3)
Beyond the pillars of Hercules
270(43)
Huge distances, yet insufficient speed
270(5)
Theoretical and practical impossibilities
275(2)
Interstellar propulsion
277(7)
Precursor missions
284(2)
Millions of planets
286(10)
The first, probable probes
296(1)
Von Neumann probes
297(2)
Panspermia
299(3)
Humans beyond the solar system
302(3)
Relativistic speeds and human expansion into our galaxy
305(5)
Virtual travellers
310(3)
Other lives, other civilisations
313(32)
Life in the Universe
313(5)
Search for extraterrestrial intelligence
318(5)
The Drake equation
323(4)
Cosmic ambassadors
327(5)
Intelligent lifeforms
332(2)
ET or Alien?
334(3)
Humanoid characteristics
337(6)
ET or Alien again
343(2)
Towards a galactic civilisation
345(15)
Breaking the speed limit
345(7)
A global village on a galactic scale?
352(1)
Millions of human species
353(1)
So let's go!
354(6)
Appendix A Distances in the solar system and beyond
360(3)
Appendix B The basics of astrodynamics
363(14)
Motion of projectiles in a gravitational field
363(1)
Keplerian trajectories
364(4)
Perturbations to Keplerian trajectories
368(1)
Speed increments
369(2)
Lagrange points
371(2)
Non-linear astrodynamics
373(2)
Relativistic astrodynamics
375(2)
Appendix C The basics of space propulsion
377(11)
Rocket propulsion
377(4)
Nuclear rockets
381(2)
Electric propulsion
383(3)
Future propulsion technologies
386(2)
Appendix D Common acronyms
388(5)
Index 393

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