“Seth material” search engine (Jane Roberts)

I last discussed the cleanup at Three Mile Island, and nuclear power challenges in general, including safety and costs, in the opening notes for the 936th session, with its Note 2. That was almost three months ago, in November 1981; see Chapter 11. Lesser accidents, or “events,” as they are called within the nuclear-power industry, have continued to happen within the context of that primary accident at TMI—the loss of coolant for the nuclear reactor of Unit No. 2. I call the whole series of accidents “events of consciousness,” and think of them as unfolding in an orderly way from that initial large-scale event of consciousness, which took place on March 28, 1979. Early in January of this year (1982), for example, decontamination workers in a pair of buildings located between the plant’s two reactors triggered alarms when they inadvertently blew radioactive dust into the buildings from a drain filled with contaminated particles. The “unusual event” was not serious, although a small amount of radiation was released into the atmosphere through a ventilating system.

The process of decontaminating and storing the great amount of radioactive water which had collected in the containment building housing Unit No. 2 is well under way, as it is in an auxiliary building next door. Yet in mid-February the president of the company operating TMI announced that leakage from a tank used to store some of that water had contaminated groundwater at the site. The radiation is low-level, however, and well below federal safety limits.

In Note 2 for the 936th session, I also described how the NRC had asked the operators of certain nuclear power plants to check for cracks in the vessel walls of their pressurized-water reactors, which are the kind installed at TMI. Now problems with corrosion are being announced. The reactor for Unit No. 1 at TMI is undamaged; it had been shut down for maintenance and refueling at the time of the accident to its twin, nearly three years ago, and a series of delays has kept it idle ever since. In February, again, company officials revealed the discovery of extensive corrosion in the bundles of small-diameter tubes in the two steam generators powered by Unit No. 1, which will delay any restarting of the unit for another six months to a year. The tubes circulate hot radioactive water from the reactor throughout the steam generators. Replacement of at least several thousand such tubes will cost millions of dollars; if engineers simply plug the damaged tubes, the reactor will operate well below capacity. (Steam generators at some other plants have a new problem: the accumulation of a corrosive sludge at their bases.)

The NRC is under a court order that prevents it from relicensing the start-up of Unit No. 1 at TMI until the psychological health of the communities surrounding the power station has been studied.

Company projections are that the entire cleanup at TMI won’t be completed until the end of 1988—more than nine years after the accident took place. Current plans are that once the radioactive water is drained from the containment building of Unit No. 2, engineers will conduct remote investigations of the core of the reactor itself. A specially designed video camera will be inserted into the core so that the actual damage to the pencil-thin fuel rods can be assessed; and hundreds of thousands of sonar readings, taken through openings already present in the reactor, will be assembled by computer into images of the core. Several major steps must follow, all of them on an enormous scale: the lifting of the 160-ton metal “head,” or cap, of the reactor; the removal of the upper plenum assembly, the 55-ton mechanism which makes possible the raising and lowering of fuel control rods into the 100-ton reactor core, thus regulating the intensity of its nuclear reactions; and eventually, the difficult piece-by-piece removal of the damaged core itself. Even then, the core will still be so radioactive that most of the work will have to be done by remote-controlled devices. Finally, the cavernous containment building itself will be cleaned, again by remote control.

Yet from the very day of the accident, this question has existed along with each step of the cleanup process, and will continue to do so: What to do with Three Mile Island, that enormously complicated human creation that now has its own consciousness, and that has in its own way exerted the force of that consciousness throughout our civilized world? To dismantle TMI seemingly would solve the “problem”—but only partially, for once born its consciousness will (like all others) continue to live. I repeat, however, that in this country no public citizen has been either seriously injured or killed in an accident at a commercial nuclear facility (as have a few workers).

Even the damage that potentially can stem from a peacetime nuclear accident, as at TMI, can be great indeed. In Note 1 for Session 933, in Chapter 10 of Dreams, I speculated about nuclear energy being an earthly analog of the illimitable loving being of All That Is. Now I believe that it is. My conviction was triggered late the other night after I had been struggling with this note. I relaxed by watching a television travelog; I saw a great waterfall in an isolated jungle setting; the cameraman zoomed in on the foaming, surging water leaping at the base of the waterfall—and staring at that eruption of energy I suddenly realized the obvious: It’s not the force of any nuclear reaction that we fear, but the consciousness of the event. We must mature quickly enough to learn to “control” the contradictory potentials of the nuclear energy that we’ve helped guide into being. We have barely started to use that great power for peaceful purposes. I believe, then, that unwittingly we’re translating compartmentalized glimpses of All That Is through the extraordinary consciousness of nuclear energy. Isotopes of some of the elements involved with that energy have “half-lives” of millions of years—far longer, quite possibly, than our species will exist in those terms of time. Those reaches of time are so great, so timeless, that I see them as another earthly analog of All That Is.

Moreover, I believe that counterpart relationships do exist between wars and nuclear energy. (Such associations also apply to large geological and geographical events, for example, and I wish I had the time and space to go into those!) But if Jane and I, say, as counterparts are exploring certain long-range connections through our own adventures in consciousness, then the consciousnesses of related major events must have much greater abilities and desires for fulfillment. Consider the following group of events as seen through a narrow window of ordinary time; consider the moral, economic, and diplomatic impact they have had—and are still having—upon our own national interests (let alone the interests of other nations). These events must interact with each other on many levels: The revolution in Iran came to a head with a change of leadership in February 1979, after a ruler long favorable to the United States had been deposed; the accident at TMI took place in March 1979; the American hostages were taken in Iran in November 1979; Russia invaded Afghanistan at Christmastime 1979; and less than 10 months later Iraq invaded Iran. This list can either be expanded almost indefinitely, or compressed—but, I think, these events and states of being all are psychically related. Many fascinating connections could be traced out.