“Seth material” search engine (Jane Roberts)

Ever since the accident to the nuclear reactor of Unit No. 2 at TMI, 31 months ago, the reactor’s great containment building and an auxiliary structure have been flooded with highly radioactive water. [It grew to be over eight and a half feet deep in the reactor building.] Utility engineers now have in operation a filtering system to decontaminate before storage the nearly one million gallons of water in the two buildings. The job is to take around nine months; the processed water will finally be disposed of in 1983; the filters holding the radioactive material will be trucked to facilities in Idaho and Washington State for testing and storage. Yet to come are the removal of the reactor’s cover, its damaged core, and the decontamination of the buildings themselves.

Through all of our challenges, we were aware of at least some of the incredible variety of positive and negative world events in the news—the bombings and the peace talks, the sports contests and the religious controversies, the national strikes and the latest developments in the arts. Amid the economic difficulties in our own country, and after a number of often very expensive delays, the second flight of our shuttle spacecraft, Columbia, came due on November 4. Of primary importance was to be the testing in space of the 50-foot-long remote-control robot arm, which had been designed to place satellites in orbit and retrieve them for service and repair. Only seconds before lift-off, however, computers shut down Columbia’s flight because of a drop in pressure in oxygen tanks. Then clogged oil filters were discovered. The launch was rescheduled for November 12.

At the beginning of these notes I wrote that three months passed after Jane finished Chapter 10 of Dreams before she held her next session—a private one—on November 9. In that short session Seth sought to add his reassurances to Jane’s own, and to mine as well.¹⁰ On the 12th Columbia was launched as scheduled, but only after another delay caused by the failure of an electronic decoding unit. Then within a few hours after lift-off, the shuttle’s crew had to deal with the malfunction of one of the ship’s three fuel cells. Mission officials decided that for reasons of safety Columbia would land after a two-day flight instead of staying up for the planned five days; the 83 orbits were reduced to 36. The crew did successfully test the orbiter’s multijointed robot arm, however. In the meantime, on the evening of the 12th, following his suggestion that she resume the sessions on a twice-weekly basis, Jane spoke for Seth in another private session. That one too was short.¹¹

There are plenty of more immediate challenges. For example: The staff of the Nuclear Regulatory Commission has asked the operators of more than 40 nuclear plants to check for cracks in the walls of the vessels encasing their pressurized-water reactors (which are the kind installed at TMI). Evidence is accumulating that the vessels are becoming embrittled by neutron radiation from the reactors much more quickly than their designers had anticipated. Small cracks have been found, but not all areas are reachable for testing. A rupture of a typical pressure vessel could result in an uncontrollable release of radiation into a containment building not designed to handle such a situation. If the building itself was breached, the escaping radiation could cause some 48,000 deaths, 250,000 nonfatal cancers and injuries, 5,000 first-generation birth defects, render 200 square miles uninhabitable, require decontamination of another 3,200 square miles, and damage other properties worth many billions of dollars. No protection against that kind of accident has ever been required by the NRC. The forces of consciousness at work would seem to be incredible—beyond our grasp.