"The aliens may be a million years ahead of us in technology, but they are still using physical forces which can be understood and controlled. The thought screen helmet demonstrates that the aliens communicate with some form of electro-magnetic energy and that form of energy, which may also be a form of telepathic communication, can be blocked or jammed. We are coming closer to learning about real alien technology by taking an intelligent approach to the problem." - Michael Menkin

"Intelligence is not what you know, but what you do when you don't know. " - Piaget.

John Holt with children, Author of How Children Learn and many other books on education

John Holt's remarks about intelligence are given because he says that intelligence is not capacity, it is not more of the same thing, rather intelligence is a way one perceives the world and responds to it.

John Holt on Intelligence, from His Classic Book, How Children Learn

One thing we see in our intelligent children is that they are intensely involved with life. Rachel, Pat, Elaine, Garry, all are daydreamers. But Barbara, Betty, Maria, Ralph, and Hal spoke once of a love affair with learning. These children don't withdraw from life; they embrace it. We spoke once of a love affair with learning. These children seem to have a love affair with life. Think of the gusto with which Betty, or Barbara, or Sam tell even the simplest story about themselves.

Intelligent children act as if they thought the universe made some sense. They check their answers and their thoughts against common sense, while other children, not expecting answers to make sense, not knowing what is sense, see no point in checking, no way of checking. Yet the difference may go deeper than this. It seems as if what we call intelligent children feel that the universe can be trusted even when it does not seem to make any sense, that even when you don't understand it you can be fairly sure that it is not going to play dirty tricks on you. How close this is in spirit to the remark of Einstein's, "I cannot believe that God plays dice with the universe."

On page 54 in the July 1958 Scientific American, in the article "Profile of Creativity," there is the following apt comparison:

The creative scientist analyzes a problem slowly and carefully, then proceeds rapidly with a solution. The less creative man is apt to flounder in disorganized attempts to get a quick answer. Indeed he is! How often have we seen our answer-grabbers get into trouble. The fact is that problems and answers are simply different ways of looking at a relationship, a structure, an order. A problem is a picture with a piece missing; the answer is the missing piece. The children who take time to see, and feel, and grip the problem, soon find that the answer is there. The ones who get in trouble are the ones who see a problem as an order to start running at top speed from a given starting point, in an unknown direction, to an unknown destination. They dash after the answer before they have considered the problem. What's their big hurry?

Here are Elaine, the answer-grabber, and Barbara, the thinker, at work on the problem 3/4 + 2/5 = ?

Elaine (adding tops and bottoms, as is her usual custom): Why not 5/9?

Barbara: 5/9 is less than 3/4. She saw that since 2/5 was added to 3/4, the answer would have to be bigger than 3/4; so 5/9 could not be it. But this went right over Elaine's head.

Elaine: Where's the 3/4?
Barbara: In the problem!

Yet I doubt that any amount of explaining could have made Elaine understand what Barbara was saying, far less enable her to do the same kind of thinking for herself.

The poor thinker dashes madly after an answer; the good thinker takes his time and looks at the problem. Is the difference merely a matter of a skill in thought, a technique which, with ingenuity and luck, we might teach and train into children? I'm afraid not. The good thinker can take his time because he can tolerate uncertainty, he can stand not knowing. The poor thinker can't stand not knowing; it drives him crazy.

This cannot be completely explained by the fear of being wrong. No doubt this fear puts, say, Monica under heavy pressure; but Hal is under the same pressure, and maybe I am as well. Monica is not alone in wanting to be right and fearing to be wrong. What is involved here is another insecurity, the insecurity of not having any answer to a problem. Monica wants the right answer, yes; but what she wants, first of all, is an answer, any old answer, and she will do almost anything to get some kind of answer. Once she gets it, a large part of the pressure is off. Rachel was like this; so was Gerald, and many others. They can't stand a problem without a solution, even if they know that their solution will probably be wrong. This panicky search for certainty, this inability to tolerate unanswered questions and unsolved problems seems to lie at the heart of many problems of intelligence. But what causes it?

Some might say here that this is all a matter for the psychiatrists. I am not so sure. A person might well be distrustful in personal relationships and still have a kind of intellectual confidence in the universe. Or is this possible? And if so, can it be taught in school?


Psychiatrist Stanley Greenspan, M.D. and Philosopher Stuart Shanker, Ph.D., authors of The First Idea: How Symbols, Language, and Intelligence Evolved from Our Primate Ancestors to Modern Humans, confirm Holtís 50 year old observation about intelligence and learning with their landmark book.

From Chapter 10:

"Our focus on affective or emotional transformation has led not only to a new way of looking at the growth of intelligence but also to a new way of thinking about intelligence and the pathways to it. From our developmental point of view...intelligence is the progressive transformation of our emotions from global reaction to sensations to high-level reflective thinking. The early stages that we described, dealing with co-regulated emotional interactions leading to symbols, are the cornerstones of this process. This focus on emotional transformation redefines what we mean by intelligence."

"When we observed and talked to children with strong self-awareness and reflective thinking skills, we realized that most of them also showed positive self-esteem, demonstrated a capacity for moral judgment, were analytical in their reasoning, and did well in school and with their peers. We sought to understand what helped them become this way, and, therefore, spoke with them and also with children who exhibited opposite personal characteristics. We learned that the traits we commonly label as intelligence, social skills, and morality were based on the child's ability to use his emotions to think out problems in various areas."

From Chapter 11

"Recent neuroscience research supports elements of the theory we have been presenting. An important part of this theory is that the infant uses emotions to explore the world and that she double codes experience. She codes it according to both its visceral affective or emotional properties and its cognitive properties (which also involve affective aspects)."