“Seth material” search engine (Jane Roberts)

(Ever since she began dictating Mass Events for Seth, Jane has felt like having book sessions but once a week — on Monday nights — and doing other things in between. So she’s been working on her own James, writing poetry, painting, and helping me out with Seth’s Psyche by doing some of the work I usually do when he’s finished a book: typing sessions for the manuscript, checking my rough notes, rewriting some of them and making suggestions about others. But with all of this, she’s been refreshing her physical and creative selves by simply enjoying the day-by-day magical ripening of another spring.)

A chair is a chair for your purposes. As Ruburt speaks for me he sits in one. As you read this book you most probably lounge on a chair or couch or bench — all quite sturdy and real. The atoms and molecules within those chairs and couches are quite alert, though you do not grant them the quality of life. When children play ring-around-the-rosy, they form living circles in the air. In that game they enjoy the motion of their bodies, but they do not identify with those swirling circles. The atoms and molecules that make up a chair play a different kind of ring-around-the-rosy, and are involved in constant motion, forming a certain pattern that you perceive as a chair.

2. Seth and Jane have both referred to faster-than-light effects in earlier books. Seth did so while discussing his CU’s, or units of consciousness, for instance. Albert Einstein, in his special theory of relativity, demonstrated that nothing else in the universe can quite reach — let alone surpass — the speed of light. Some physicists have theorized about certain faster-than-light “particles,” however, that by some unknown process are created traveling at such enormous velocities; thus in that way they try to get around the limits set by Einstein. There have also been recent astronomical observations of several far-distant objects that appear to be “superluminous,” or traveling considerably faster than the speed of light. These effects have yet to be satisfactorily explained.