Page 43 - Communications Satellites Global Change Agents
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1.  SATELLITES AS WORLDWIDE  CHANGE AGENTS                     19

        terms  of the  organization  of the  human  bio  and political  systems,  life  is  funda-
        mentally different  today than it was at the dawn of the  space  age less than a half
        century  ago.


        SATELLITES AND  NEW PATTERNS OF WORLD   LIVING

        Human  civilization has  changed  in significant  ways  from  the  days  when we at-
        tempted  to  launch the  first  tiny  artificial  communications  satellites  in the  early
        1960s.  The  first  steps  came  quickly  with  the  launch  of  Score  (1958),  Courier
        (1960),  Telstar (1962),  Relay (1962),  Syncom  (1963),  and the world's  first  com-
        mercial communications satellite (spring  1965). Today's  largest and most  power-
        ful  satellites are some  10,000 times more  capable than the first small  satellites  of
        the mid-1960s  in terms of performance and lifetime. The first operational satellite
        resembled  a  largish  80-pound  coffee  can  with  a  pipe  sticking  out  the  top.  It
        showed  little  commonality  with  today's  monster  satellites,  with  a  wingspan  of
        some  100 feet (about 30 meters). Contemporary satellites include huge, high-gain
        antennas that are some 40 feet  in diameter (i.e.,  12 meters across).  The history of
        this technology  and  how  it happened  is told  in  greater  detail  in  chapter 2.
           The most important thing to know is that the story of communications satellites
        and the development of new and exciting technology  is far from  over. The Japa-
        nese experimental satellite—the  ETS VIII—will soon deploy a huge antenna that
        is  17 meters by  19 meters in size. The next three decades will likely produce satel-
        lite designs that are radically different  from the golden boxes from which protrude
        solar panel wings, considered the latest in technology  today. In later chapters, we
        discuss and show concepts of the possible designs of the future.  The most  impres-
        sive designs for the future,  however, may not be the satellites in the skies, but the
        tiny  broadband  communications,  computing,  and  navigational  devices  that  we
        can  wear  on  the  wrist  or perhaps  even  implant  in  our  bodies.
          When it comes to identifying  global change agents, satellites and other  related
        media have much to brag about. Yet satellite system designers and operators  from
        DirecTV to Astra and from  Intelsat to Panamsat have a good deal to be  concerned
        about as well. The technology that brought  us the potential  for worldwide  educa-
        tion and health care, as well as electronic diplomacy and unprecedented  economic
        growth,  also  spawned  global  MTV,  Cinemax,  the  "Gong  Show,"  "Baywatch,"
        and  nonstop  game  shows  and  commercials.  Communications  and  navigational
        satellites can also be powerful instruments of war that ensure that "smart bombs"
        are delivered to their targets  with deadly accuracy. In short,  the communications
        satellite  can  be  seen  as  a  mixed  blessing;  satellite  systems  can  instantaneously
        bring us the  ravages  of war  as easily  as nudity and violence. These  capabilities,
        the result of a free  and open society, are a concern to an astonished  and often  out-
        raged  global  audience.  Satellites have certainly forced us to view our expanding
        space  capability with  everything  from  glee  to  horror.
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