“Seth material” search engine (Jane Roberts)

I can’t note the same for The Magical Approach to Reality: A Seth Book—the very promising work that Jane and I first discussed a year and a half ago [in August 1980], after Seth had started his group of excellent private sessions on that subject.⁸ I watched Jane try to write the book a number of times; last month, in Note 6 for Session 939 [in this chapter], I finally expressed the opinion that she wouldn’t finish the job. Or, to put it another way, Magical Approach has yet to undergo a resurrection by her! But obviously Jane has the freedom to engage in any project, and she chooses not to follow through with some of them. I think Magical Approach would have been a fine book as she planned it—but that it ended up squelched by at least two major factors: She was too inhibited by the subject matter [her physical symptoms] out of which the magical approach material had grown, and she was bothered because she had chosen to emulate the plodding way in which I put together the Seth books. That way didn’t allow her the creative freedom to spontaneously plunge ahead. As I wrote in Note 6 [for the 939th session], eventually I might try assembling such a work myself.

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.