With the completion of the double hoop, the construction system again reconfigures itself. Some of the new elements of the system pick up the long slender object shaped like end-to-end Japanese fans. They erect it near the hoop (it is, not surprisingly, almost the exact length as the diameter of the hoops) under the careful surveillance of its hummingbird protectors. Then the object is hoist into place as a north-south spoke in the double hoop structure. Some of the hummingbirds produce unseen thin cables and anchor the spoke to the hoop structure at both ends. The rest of the tiny mechanical speedsters create a web that winds around the center section and connects the great antenna with the east-west axis of the hoops.
The antenna, now connected to its supporting structure, opens slowly at both the north and south pole positions on the hoop. Closer inspection reveals that the hummingbirds are actually pulling the delicate individual folds apart. The folds spread out until the entire interior of the hoops is covered with a mixture of mesh, ribbing, and amazingly complex local arrays. The initial deployment is complete.
The communication complex next goes through an elaborate self-test while its construction minions stand by in case any problems are encountered. The tests are successful and the station is declared operational. Within hours the phalanx of robot emissaries from the inhabited universe picks up all the stray metal lying around and packs it into one of the large cargo ships. Then, as swiftly as they came, the robot vehicles disappear into the blackness around the station, leaving the imposing hoop structure alone as a reminder of the presence of intelligence in the universe.
Around the vast Outer Shell, whose two hundred and fifty-six sections each contain more volume than the Colony, over one thousand similar upgrades have been made during Cycle 446 in an attempt to extend advanced communications capabilities to new locales. This is the last upgrade of a very difficult group in a region near the Gap. This group was delayed several times because of an unacceptably high number of manufacturing deficiencies at the nearest major factory over two light millicycles away. After several attempts to diagnose and repair the problems, eventually the plant had to be closed and virtually rebuilt from scratch. The total delay to the completion of the project was fourteen millicycles, just about what the Council of Engineers had predicted in their worst-case analysis that accompanied the Cycle 446 Proclamation.
* * * * *
As the big moment approaches, all normal activity in the heart of the Colony ceases. In the last nanocycle, there is no business activity, no entertainment. The spaceports are even empty. At precisely 446.9, after two hundred millicycles of debate and discussion by the Council of Leaders, the governmental blueprint for the next era will be delivered and all intelligence in the Colony will be listening.
The giant transmitter is activated on schedule and the Cycle 447 Proclamation pours out at an information rate of a hundred trillion bits of information per picocycle. The actual data rate from the powerful source is much higher, but the information rate is reduced to accommodate requirements for both sophisticated encoding and error checks internal to the data. With the coding, only Colony receivers equipped with special decryption algorithms can unscramble the message at any level. And the internal consistency checks on each packet of data in the transmission reduce the probability of receiving an erroneous piece of information, even at an enormous distance, to practically zero.
Following the organization and agenda for The Proclamation established in the Era of Genius, between Cycles 371 and 406, the first microcycle of the transmission is a complete summary of the entire plan. Two hundred nanocycles of this summary are devoted to each of the five divisions governed by the Council of Leaders: administration, information, communication, transportation, and exploration. After a planned break of four hundred nanocycles, to allow receiver adjustments along the path of the signal, the transmission of the actual Cycle 447 Proclamation begins. On and on it goes. It does not stop until twenty microcycles later. Four complete microcycles are used for in-depth explanations of the major projects to be undertaken in each of the five disciplines. Of particular interest to the Committee for the Outer Shell, the group that governs the huge concentric region defining the most distant reach where the Colonists claim jurisdiction, is a plan from the Division of Exploration announcing the repatriation to the Outer Shell of almost a million species from Zoo System #3.
(The transmission of The Proclamation, a wealth of information that can be translated into language, pictures, sounds, and other sensory impressions depending on the receiving beings and the sophistication of their decryption equipment, is the beginning of the governmental process for each cycle. Based upon The Proclamation, regional bodies or administrative agencies with subordinate jurisdictions then adjust their plans for the cycle to be consistent with those announced by the Council of Leaders. This procedure is defined in detail in the Articles of Colonial Confederation.)
The Proclamation is relayed throughout the Colony and the near reaches of the Inner Shell by means of giant communication stations along the developed transportation routes. These stations, actually information centers that store all Colony messages in their extensive libraries for as long as a hundred cycles, amplify and retransmit the signal to the next station in the pattern some ten light microcycles away. The edge of the Colony (and hence the beginning of the Inner Shell) was expanded by the Boundary Decree in the Cycle 416 Proclamation to include all points up to three light millicycles from the administrative center. Thus, by the time the Proclamation reaches the mammoth Zoo Complex, a combination of three stars and nineteen planets (four of them artificial) just across the edge of the Colony, the message has been relayed through three hundred stations.
The Committee of Zookeepers eagerly awaits the proclamation to find out the response to their recommended expansion of the Zoo Complex. They are surprised to find their proposal replaced by another repatriation plan. Once before, in Cycle 429, they had proposed an expansion of the zoo to handle the explosion of successful progeny created by the breakthroughs in adaptive genetic engineering during Cycles 426-428. At that time also their request had been denied and the Council of Leaders had recommended repatriation to solve the population problem. During Cycles 430-436 the population of the Zoo Complex was kept approximately constant by these regular transfers of common species back to their original homes
But starting with Cycle 437, there was a rapid increase in interest in comparative biology. It was triggered by the discovery of a fifth class of life form, called Type E by the Council of Biologists, in Section 28 of the Outer Shell. Subsequent expeditions to the same area showed not only that the dominant life type throughout Sections 28-33 was Type E. but also that Type A was surprisingly present as well in those sections. This was the first time that natural evolution in any region had shown a predilection for any kind of life form other than the Type A of the Colonists and its developed hybrids. The quest to understand these unusual creatures led to the endangered species expeditions in the Outer Shell in Cycles 440 and 441 and the creation, in Cycle 442, of several worlds specifically to study the new Type E life forms.
Many of these new species flourished in Zoo System #3, causing population and space problems again for the Committee of Zookeepers. The space shortage was especially severe and it was exacerbated both by the need to segregate all the Type E life forms and by their rapid reproduction. Therefore, at the beginning of the planning process for this Cycle 447, the Committee of Zookeepers had proposed their small expansion of the Zoo Complex, suggesting not only a fourth zoo system completely dedicated to Type E life forms, but also a vigorous campaign for completing the repatriation of all Colony and Inner Shell species with aggression coefficients below 14.
The Committee of Zookeepers are stunned by the scale of the Outer Shell repatriation plan contained in the Cycle 447 Proclamation. In a lively technical discussion catalyzed by the unexpected proposal, the dangers of returning the Outer Shell life forms to their original planets are vigorously reasserted. The
Committee decides tentatively to take an unusual step-to submit a Proclamation Variance to the Council of Leaders. In the draft variance the Zookeepers point out that many genetic experiments have been conducted with the new Type E forms, that the evolutionary possibilities for the new species are therefore uncertain, that the monitoring frequencies and test facilities in the Outer Shell are inadequate, and that the aggression coefficients for many of the group are not yet accurately tabulated
Before they actually submit the variance, however, the Committee of Zookeepers realizes that someone must have pointed out all these factors in the original debates. So why was the repatriation policy promulgated? Was this part of some new overarching design that downgrades the importance of zoological information altogether? Or is the policy strictly political and possibly connected with the Message from Power #2?
2
IN keeping with the laws of the Colony governing the dissemination and preservation of important historical information, the official commentary of key Council-level organizations accompanies the transmission of the Cycle 447 Proclamation. Of particular interest to those involved in the Outer Shell repatriation project are the following excerpts from the report of the Council of Engineers:
. . . The earliest repatriation to the Inner Shell was done on almost an ad hoc basis, simply transporting the life forms, en masse, to their original region or another of similar environment in a nearby sector. This was accomplished by conducting a roundup of the tranquilized creatures at their zoo habitats, loading them into huge cargo vessels maintaining internal conditions equivalent to the habitat, and then dispersing them at their new home. This process worked adequately for small transfers over short distances. It was also cheap. However, it had many severe deficiencies that rendered it almost useless for sustained operations.
First and foremost, the ontogenetic development of the creatures was completely interrupted by the repatriation procedure. They were frightened by their removal, disturbed by their necessarily reduced locus of movement during transit, and, once situated in their new locales, bothered by even minute differences from their earlier homes. Their memories, even if electronically cleansed, retained an intense sense of 1098 that undermined their adjustment. All these conditions taken together led to a marked phylogenetic increase in aggression coefficient, across the board, that did not significantly damp in some of the species for ten to fifteen generations. . . .
. . . From the point of view of spacecraft design, both the size and distance of the proposed transfers precluded using mature specimens long before the biological and developmental problems were thoroughly understood. When the Cycle 432 Proclamation called for increased repatriation within the Colony and the Inner Shell, there was some panic at the Council of Engineers because it was thought that transportation vehicles on a near planetary scale might be required. Fortunately, the Committees on Biological Engineering and Advanced Robotics proposed that future transfers be accomplished using suspended zygotes together with new versions of the superintelligent robots serving as zoo monitors.
After a few early problems with the zygote technique, It was more or less perfected, at least for the Types A and B life forms 90 prevalent in the Colony. Repatriation success ratios for the last ten cycles are very high, even for the more difficult types C and D. However, such success ratios should not be expected in the implementation of the Cycle 447 Proclamation. Not only are some of the target life forms the newest and least understood in the Zoo Complex, but also they will be repatriated, in many cases, to a distant, poorly documented biological environment where monitoring is as infrequent as every three or four hundred millicycles. Some of the more advanced Type E forms have amazingly short life spans for lntelligence, as little as five or six millicycles, which means that fifty to a hundred generations may elapse between progress checks. . . .
. . . But all in all it is a magnificent challenge for engineering. Many transfer vehicles will fly well outside the standard transportation infrastructure and therefore must be able to forage raw materials on their own. Conditions at the target worlds may have changed, so adaptability and the processing of new information will play a critical role in the design. The electronic components will have more failures due to the long flight times, meaning that extraordinary fault correction systems must be developed and tested. . . .
And from the Council of Historians:
It is useful to begin our mostly negative comment on the Outer Shell repatriation plan by reminding all Colonists that our Council includes the longest continuously active intelligence pool of any Council In the Directory. Two of our groups have direct memories of the Era of Genius through many generations of biological refresh. Thus it is natural that our approach to any proposed project is to assess its merit in terms of its role in the overall evolution and/or strategy of our society. It is not our desire to dampen the youthful zeal that thrills at the acquisition of new knowledge or the prospect of great adventure; rather, we would like to place a sense of perspective on all Colony endeavors and measure the future impact of any perceived changes in basic policy. . . .
. . . The proposed repatriation scheme is still another step in the dangerous folly of unbridled frontierism that began, in our opinion, with the Boundary Decree of Cycle 416. Instead of discussing the details of the proposed plan without reference to its historical context (there are excellent descriptions of the elements of the plan in the report by the Council of Engineers — some of the significant short-term risks are listed in the report by the Council of Biologists), we wish to delineate its dangers by including it in our broad indictment of the entire genus of adventures spawned by the Boundary Decree. . . .
. . . The justifications advanced for frontierism always sound good on the surface. Its proponents point out that societal change is produced by new information outside the ordinary sweep of events, that frontierism is essentially aimed at producing this kind of new knowledge, and that the resulting change in perspective that comes from a ‘new view of the universe’ forces the proper and regular reassessment of our culture.
History is usually in general agreement with the advocates of frontierism and that is doubtless why this repatriation proposal and similar other previous exploration activities have been so enthusiastically supported. However, there are limitations to the benefits redounding from new information, especially when frontier investigations reveal knowledge that is either inimical to the fundamental structure of the society or beyond the comprehension of the most learned groups. In these cases the diffusion through the society of the new information is unsettling, instead of being enriching and uplifting, and actually undermines the security of the established institutions.
A perfect example of what happens when frontierism is embraced without constraint can be seen in the events of the last thirty cycles that led to the receipt of the message from Power #2 in the middle of Cycle 444. The Boundary Decree initiated the process by establishing, in effect, a new Jurisdictional domain for the Colonists. The old central Colony had no rigorous boundary. Significant development extended out to only two light millicycles distance from the administrative center. The outermost permanently maintained station was at that time a mere ten light millicycles away. The Decree of Cycle 416 regularized the nearby universe, creating four concentric worlds and expanding the central Colony itself to a radius of three light millicycles. Three specific Shells were also created, with the Outer Shell defined to be the entire region between twelve and twenty-four light millicycles away from the administrative center.
This Outer Shell contained fifty thousand unexplored star systems in a volume a thousand times greater than that of the old central Colony. During the period between Cycles 425 and 430, almost half of the major initiatives identified in the cyclical proclamations were involved, in one way or another, with the exploration of the Outer Shell. (It should be pointed out that during those five cycles there was also documented speculation that such a rapid expansion in our knowledge base might have unfores
een ramifications, but the negativists, as they were called, were drowned out by the collective fascination with the exploratory binge.) men, in Cycle 433, our new class of interstellar drones, specifically designed to study and categorize the many worlds of the Outer Shell, encountered a large, quiescent spacecraft of unknown origin. Careful in situ investigations were unsuccsssful in their attempts to correlate the engineering components of the spaceship with any known technological base for a spacefaring species.
Eschewing the caution suggested by many of the Committees, the Council of Leaders had the enigmatic spaceship towed back to one of the developed cities of the Inner Shell. There it was placed on display and analyzed in detail. The initial conclusion of the drones was validated. The spacecraft had not come from anywhere inside the domain of the Colony. The Council of Engineers concluded that the technological capabillty of this builders was roughly equivalent to that of the Colonists in the early Era of Genius. But when had it been made? And where did it come from? And most importantly, who had made it?
By deciding to bring the dead spaceship back to civilization, the Council of Leaders basically guaranteed that the unsettling question of its origin would remain uppermost in the minds of the Colonists. This unbridled quest for any and all information again worked to destabilize the culture. The entire society was rife with rumored explanations to the unanswered and disquieting questions raised by the spaceship. The dominant opinion was that the craft had been a Colonial prototype, never put into production, that had somehow been omitted from the official Encyclopedia of Space Vehicles. This opinion was consistent with the general tendency of the Colonists to believe they were innately superior to all other life forms.
It might have been possible to let the doubts and fears about the unknown spacecraft diminish to nothing, but the Council of Leaders resuscitated the collective anxieties by announcing, in the Cycle 434 Proclamation, that the largest new project of the Colony would be the design and eventual deployment of a new generation of receiver arrays in the Outer Shell. The purpose of these arrays would be to intercept and decode any coherent radio messages that might be emanating from inside the Gap. It was a clear indication that the leadership believed the silent spaceship to be of extracolonial origin.