The Fourth R | Page 9

time he came to the end he stopped in a sob and broke out crying.
His grandfather said, "Jimmy, aren't you exaggerating? Mr. Brennan isn't that sort of a man."
"He is too!" exploded Jimmy through his tears. "I saw him!"
"But--"
"Donald, this is no time to start cross-examining a child." She crossed the room and lifted him onto her lap; she stroked his head and held his cheek against her shoulder. His open crying subsided into deep sobs; from somewhere she found a handkerchief and made him blow his nose--once, twice, and then a deep thrice. "Get me a warm washcloth," she told her husband, and with it she wiped away his tears. The warmth soothed Jimmy more.
"Now," she said firmly, "before we go into this any more we'll have a good night's sleep."
The featherbed was soft and cozy. Like protecting mother-wings, it folded Jimmy into its bosom, and the warm softness drew out of Jimmy whatever remained of his stamina. Tonight he slept of weariness and exhaustion, not of the sedation given last night. Here he felt at home, and it was good.
And as tomorrows always had, tomorrow would take care of itself.
Jimmy Holden's father and mother first met over an operating table, dressed in the white sterility that leaves only the eyes visible. She wielded the trephine that laid the patient's brain bare, he kept track of the patient's life by observing the squiggles on the roll of graph paper that emerged from his encephalograph. She knew nothing of the craft of the delicate instrument-creator, and he knew even less of the craft of surgery. There had been a near-argument during the cleaning-up session after the operation; the near-argument ended when they both realized that neither of them understood a word of what the other was saying. So the near-argument became an animated discussion, the general meaning of which became clear: Brain surgeons should know more about the intricacies of electromechanics, and the designers of delicate, precision instrumentation should know more about the mass of human gray matter they were trying to measure.
They pooled their intellects and plunged into the problem of creating an encephalograph that would record the infinitesimal irregularities that were superimposed upon the great waves. Their operation became large; they bought the old structure on top of the hill and moved in, bag and baggage. They cohabited but did not live together for almost a year; Paul Brennan finally pointed out that Organized Society might permit a couple of geniuses to become research hermits, but Organized Society still took a dim view of cohabitation without a license. Besides, such messy arrangements always cluttered up the legal clarity of chattels, titles, and estates.
They married in a quiet ceremony about two years prior to the date that Louis Holden first identified the fine-line wave-shapes that went with determined ideas. When he recorded them and played them back, his brain re-traced its original line of thought, and he could not even make a mental revision of the way his thoughts were arranged. For two years Louis and Laura Holden picked their way slowly through this field; stumped at one point for several months because the machine was strictly a personal proposition. Recorded by one of them, the playback was clear to that one, but to the other it was wild gibberish--an inexplicable tangle of noise and colored shapes, odors and tastes both pleasant and nasty, and mingled sensations. It was five years after their marriage before they found success by engraving information in the brain by sitting, connected to the machine, and reading aloud, word for word, the information that they wanted.
It went by rote, as they had learned in childhood. It was the tiresome repetition of going over and over and over the lines of a poem or the numbers of the multiplication table until the pathway was a deeply trodden furrow in the brain. Forever imprinted, it was retained until death. Knowledge is stored by rote.
To accomplish this end, Louis Holden succeeded in violating all of the theories of instrumentation by developing a circuit that acted as a sort of reverberation chamber which returned the wave-shape played into it back to the same terminals without interference, and this single circuit became the very heart of the Holden Electromechanical Educator.
With success under way, the Holdens needed an intellectual guinea pig, a virgin mind, an empty store-house to fill with knowledge. They planned a twenty-year program of research, to end by handing their machine to the world complete with its product and instructions for its use and a list of pitfalls to avoid.
The conception of James Quincy Holden was a most carefully-planned parenthood. It was not accomplished without love or passion. Love had come quietly, locking them together physically as they had been bonded intellectually. The passion had been deliberately