Sunday, May 12, 2024

 “You can start Monday”

Turning Points -- Some Abilities Are Almost Never Recognized

However, what can we learn from lives that were forever changed?

The following is quoted from someone whose work led eventually to a Nobel Prize.

DREYER: No one had told me that Reed was supposed to be for very smart kids and that it was hard to get into. So I went out there the next day, slightly hungover. This would have been ’48, probably. And I said to the director of admissions, whose name was Bob Cannon, “I heard about Reed last night, and I’d like to come here.”

COHEN: Do you mean that you just took yourself from Eugene up to Portland the next day?

DREYER: “No. Sorry. I was at home in Portland. That’s where my mother lived. I was due to go back to Eugene the next Sunday. So he said, ‘Well, how are your grades?” And I told him what I just told you. And he said, “Oh. And you want to come here?’ And I said, “Well, I heard about it last night, and it sounds great.” 

And he said, “Well, how would you like to take some ability exams?” I said, “Fine.” And these were tough. They were basically ability [tests], but included so-called verbal [tests], which I hadn’t viewed myself as being good at. But [there were] logical questions and whatnot. And because the tests were tough, they gave me a long time, [and a lack of time] is always my downfall on the simpler tests. 

COHEN: I find this very interesting. You went over there and they didn’t say, “I want to see your record; I want to see all this stuff,” and then dismiss you? 

DREYER: Well, but wait. So I took the test and took it back to him. And he said, “Well, here are the grade sheets. Grade it.” Well, I kept them for about thirty seconds and then handed them back to him. He said, “What’s the matter? Don’t you want to grade your own test?” I said, “I did. I just counted the wrong ones.” And there weren’t very many; there were only a few. I had gotten most of them right. He said, “My God. You’ve done better than anyone I’ve ever seen. You have applied. You can start Monday.” 

Source: William J. Dreyer, Interview Excerpts – Edited by Thomas G. West – May 10-12, 2024. Edited for background to show the “turning point” in his own story.

 

CALIFORNIA INSTITUTE OF TECHNOLOGY ORAL HISTORY PROJECT 

Interview with William J. Dreyer, Pasadena, California 

Five sessions with Shirley K. Cohen 

February 18, 19, 23, 26, March 2, 1999.

Begin Tape 1, Side 1 [With quotation style as provided.]

 

COHEN: Thank you for coming, Professor Dreyer. You expressed some interest in giving us an introduction before we start the interview, so why don’t you go ahead and do that. 

 

DREYER: OK. Well, the introduction has to do with [the fact that] I’ve come to realize that scientists—and people in general—have very different ways of thinking. I was just at UCLA two days ago with people studying brain imaging, and only one or two of them understand this now—it’s so new. They tended to want a uniform brain, with everyone having the same anatomy and thinking the same way. That isn’t at all true; it’s amazing how different people can be. And in particular, the book that I loaned you—In the Mind’s Eye, by Thomas G. West [In the Mind’s Eye: Visual Thinkers, Gifted People with Dyslexia and Other Learning Difficulties, Computer Images and the Ironies of Creativity, Amherst NY: Prometheus (1997)]—is about the only one I’ve ever seen that deals with the subject of people who have extreme visual imagery in the way they think. I wanted to preface all of this with this little story, because when you start asking me about schools and whatnot, it has a profound implication. 

 

COHEN: But of course you didn’t realize this when [your schooling] was going on. 

 

DREYER: I knew I was different in the way that I thought, but I didn’t realize why I was so dumb at spelling. . . .  And rote memory and arithmetic and so forth. The first time I realized how different . . . brains could be . . . . was when I bumped into Jim Olds at a dinner party back in the late sixties. Jim Olds was a professor here [Bing Professor of Behavioral Biology, 1969 – d. 1976]. He’s famous for his pleasure center work. He was a professor here and so was I. 

 

A speaker talked about the way we think and compared it to holography. Jim was across the table from me. I said, “Oh, yes. When I’m inventing an instrument or whatever, I see it in my head and I rotate it and try it out and move the gears. If it doesn’t work, I rebuild it in my head.” And he looked at me and said, “I don’t see a thing in my head with my eyes closed.” We spent the rest of the evening, over wine and so forth, trying to figure out how two professors—both obviously gifted people at Caltech in the Biology Division—could possibly think at all, because we were so different. So then I took this up with Roger Sperry [Hixon Professor of Psychobiology 1954-1984, emeritus, d. 1994], and I realized that I had some amazing shortcomings as well as some amazing gifts. 


I took it up with some of the students, one of whom was Mike [Michael S.] Gazzaniga [Director, Center for Cognitive Neuroscience, Dartmouth], who is still around writing, and a few others that came out of Sperry’s group of postdocs and grad students. And they typically said, “Oh, no. There’s no difference. Everyone does this imaging. We’re all the same.” So I never could document this, and my wife [Janet Roman Dreyer] is the same way. 

 

It’s called dyslexia, typically, because you have a strange inability to do stuff. If you are thinking in images, then a spreadsheet doesn’t work; your brain doesn’t compute well. If you’re smart, you can do all kinds of things if you work hard on it. I can learn how to spell if I work hard at it, but it doesn’t come naturally. The reason [is because] there’s no image to it. Let me mention that [there were] other people at Caltech who never realized this about themselves. Dick Feynman [Richard Chace Tolman Professor of Theoretical Physics, d. 1988] was one. And Murray Gell-Mann [Robert Andrews Millikan Professor of Theoretical Physics, emeritus] doesn’t realize that he’s totally different from what Dick Feynman was, in the way he thinks algebraically. 

 

This is why I think it’s interesting for Caltech to be aware of these differences that Tom West documents. Einstein thought in images, and Feynman did his work in physics in diagrams, as you well know. But other physicists just couldn’t understand it. So I have some of those problems—with other biologists not being able to understand me—and I’ve come to understand a little bit more why. That’s the preamble.


Wednesday, May 1, 2024

Open Letter to IDA "Examiner," 2016 and 2024

 

This letter still seems to be relevant for today. -- TGW

From Thomas G. West -- December 4, 2016

(Minor changes and corrections, May 1, 2024. -- TGW)

 

Open letter to the Editors of IDA “Examiner” and IDA Board Members --

 

Please include this open letter in a future issue of the “Examiner”-- as a dissenting view, if you like -- representing the interests of dyslexics themselves rather than those of reading teachers and related professionals. Please distribute this letter to all members of the IDA Board of Trustees and IDA Scientific Advisors. This commentary is too short for a full response, but I felt that I had to say something in reply.  

 

I believe we have a major problem within IDA -- too much focus on reading pathology alone and not enough (or no) attention to the highly valuable capabilities that many dyslexics have, in varying amounts and in complex combinations -- valuable capabilities that appear to be ideally suited, as it happens, to current digital technological and economic trends -- but are almost never recognized by conventional assessment tools. 

 

Many of us believe IDA has been focusing too much on conventional academic weaknesses when it ought to be focusing on identifying and building strengths -- strengths that are real and are seen, in my view, as increasingly valuable in the current visually-oriented digital age. 

 

I hope this letter will provide a basis for a new line of discussion -- one that puts the strengths of dyslexics in center stage instead of reading remediation alone. I agree, reading and related academic skills are important -- but the recognition of the talents may be far more important for self-esteem and success in the life and work. 

 

Furthermore, there is a special role for IDA members. Those associated with IDA are often the only professionals in the educational system in a position to understand dyslexia, in all its variety and complexity -- so it is especially important that they be trained to recognize and develop the strengths as well as help to remediate the weaknesses. A short list of suggested readings and references is provided below. Your questions and comments are welcome. 

 

-- Thomas G. West, author of In the Mind’s Eye and Thinking Like Einstein

 

* * * * *

 

Dyslexic Talents and Learning Styles are Both “Myths” Says IDA Website

 

I was shocked and dismayed to see how backward and out of step are the editors of the websites of the International Dyslexia Association (IDA). In February 2016 they published material that attacked as a “myth” the idea that dyslexics have any distinctive talents or capabilities. The gifts that are seen, they say, are merely the random variations that one would see distributed in any sizable population. It has nothing to do, they say, with distinctive dyslexic ways of thinking, learning and working.

 

Then, in May, these editors asserted that the idea of “learning styles” is another “myth,” citing two papers and a news blog (“The Examiner: News, Information, Updates,” April/May 2016). They assert that such notions are common but are unsupported by hard data and are useless in teaching and learning. One paper says (twice) that education experts “roll their eyes” at the stupidity of these notions -- and (remarkably for a scholarly journal) the paper compares the concept of learning styles to the verbal tricks used by fortunetellers.

 

These attacks reminded me of the speaker, vetted by IDA conference organizers, who told parents at the 2014 New Orleans annual IDA conference that there was no such thing as dyslexia. Those of us (with many years of experience in the field) sitting in the audience were aghast and dismayed. We could not believe that this speaker had been selected to make such a presentation -- especially since the presentation was scheduled for the day focusing mainly on parents and their concerns. 

 

We wondered, what kind of advocacy, public instruction and parent support was this? It would appear to be the behavior of an organization that had lost its way. (Later, it became apparent that this presentation was part of a long-running “dyslexia debate,” largely about reading -- a debate that may be of interest to academics but of little interest to parents, dyslexic children, dyslexic adults and most teachers.)

 

Clearly there are many individuals in the IDA organization, working with dyslexic children and adults every day, who do not believe these things. They are appalled by these assertions -- especially when delivered with such self-assurance and obvious disrespect for opposing views -- as well as disrespect for the real abilities of children and adults with dyslexia. 

 

It is painful to have to criticize IDA, to which I owe so much. I attended my first conference in the late 1980s (then the Orton Dyslexia Society) -- as a confused dyslexic adult and worried parent. I first came to understand aspects of the puzzle of dyslexia from speakers such as Roger Saunders, Margaret Rawson, Drake Duane, Al Galaburda, C. K. Leong and many others (including being introduced to the writings of Samuel Torrey Orton). 

 

Norman Geschwind was to have been the keynote speaker that year -- but he had died tragically only weeks before. Fortunately, I was able to hear recordings of his talks and read his articles and books. Geschwind’s perspectives, along with Orton’s, provided the basis and direction for all my own research and subsequent books, articles and lectures. The Orton Dyslexia Society was for me, from the first day, a powerful teacher. Many in this group routinely rekindle hope and rebuild lives as they teach reading and deal with other academic weaknesses. Some are among the greatest heroes I have ever known. 

 

But in recent years, I believe the organizational focus has been massively distracted by an obsession with pathology alone -- while ignoring diverse valuable capabilities and potential. This is why I feel called to point out where I believe it has gone wrong -- and what I think should be done about it. The organization is about dyslexia -- not about reading (alone). The organization should look at the talents and distinctive abilities as well as dealing with the difficulties. The organization should help dyslexics understand their strengths and weaknesses -- and help them to prepare for their future lives and work. 

 

Two Cultures: Recovering a Mission and a Lost Vision

 

With the avowed “research to practice” mission, something has gone very wrong. Could it be that the obsessively narrow focus on reading instruction and related academic pathologies has attracted a group of reading experts who have no real understanding of dyslexia and the valuable capabilities common among many dyslexics (more or less, within the great variety of this heterogeneous group). This perspective is crystal clear in all the writings of Orton and Geschwind. How could they miss it?

 

In fact, it looks like we are dealing with a conflict of two cultures -- ones that fundamentally do not understand each another. Perhaps it is time for IDA as an organization to make an effort to bridge the widening gap between these two cultures. One culture sees only what is revealed in conventional tests and measures and assumes that the main problem is reading (and largely only reading) -- while the other culture recognizes high capabilities in areas often not measured by conventional tests and measures and sees how reading instruction (alone) can be a massive distraction from larger issues and potential, reinforcing a sense of failure and hopelessness.

 

Do these reading experts look at the results of tests and measures (mostly designed to measure those things that dyslexics are, by definition, not good at -- indeed, originally designed long ago to identify those “who would be good at school work”) and assume they really understand how to measure the deep fundamentals of talent, intelligence and capability? 

 

In contrast, many of us, on the other side, have been working to develop a deeper understanding of the distinctive talents and capabilities and to design proper tests that measure the valuable skills and capabilities that many or most dyslexics certainly do have. These skills and talents may be invisible to conventional academic measures -- but they are often extraordinarily valuable in life and work, especially in the 21st century. 

 

It is not easy, but the recognition of these capabilities is extremely important. This is where our attention should be focused. This is something that will help dyslexics to build self-respect based on what they do have -- rather than focusing mostly or entirely on what they do not have. They have many talents and capabilities, large and small, and these need to be recognized and developed. Of course, reading is important. But that is only half the job, and in many ways the least interesting half.

 

An Epistemological Dead End

 

There is also another problem that is fundamental. The reading experts, psychologists and others cited by the IDA editors seem to have painted themselves into an epistemological corner -- a scientific and logical dead end. 

 

Given their approach and assumptions, they would appear to be conceptually unable to learn anything useful from looking deeply at the distinctive talents and capabilities seen in highly successful dyslexics. It seems that, for them, all special abilities are immediately dismissed -- by a wave of the hand -- as merely a function of capabilities randomly distributed in any large population. No special connection with dyslexic ways of thinking, they say. How wrong they are. 

 

They appear to be blind to the way success in many fields appears to derive from modes of thinking common among some (or perhaps many) dyslexics but are comparatively uncommon in the non-dyslexic population. Of course, again, as it is often observed, dyslexics are a heterogeneous population -- they are unlike non-dyslexics, but they are also unlike each other. However, there do seem to be many common patterns. 

 

Dyslexics are often observed to think in pictures rather than words. Words are often seen as a pale shadow of the richness they see in their visual imagination -- so important in science and technology as well as art, design and other fields. 

 

They are sometimes able to see over the horizon to see what is unfolding in the future (apparently, an extension of the story-based thinking often seen among dyslexics). They are sometimes adept at integrating information from many diverse sources. (As an example, see the Wally Broecker book in Readings below.) They are sometimes able to use insightful and open-minded observation to create new knowledge -- although they often find it hard to memorize old knowledge.

 

As Norman Geschwind noted, the great diversity seen in dyslexics might be nature’s ways of creating high variation in brain development as a long-term survival mechanism -- to produce brains that can do things we did not know we needed -- in a continually changing environment. As Geschwind suggested, this may be the reason why, over the long run, there are so many dyslexics in the human population (also see discussion on this point by Brock and Fernette Eide in Dyslexic Advantage). 

 

In our distant past, Geschwind noted, dyslexics seem to have had just the right kinds of abilities to survive and prosper (over the long haul). Then, more recently, for a relatively short time, reading has become important everywhere and dyslexics have had trouble. 

 

However, currently, in a third stage, as it happens, the kinds of high-level skills and abilities that many dyslexics seem to have are, once again, exactly the capabilities of high value in the new digital age, mainly oriented toward visual manipulation and big-picture thinking (where mere reading and conventional clerical skills have little market value).

 

Samuel Torrey Orton saw in 1925 that his dyslexic patient “MP” could not read but was brilliant with respect to 3D visual and mechanical thinking. Norman Geschwind asserted in the 1980s that Orton had been right, observing, indeed, that he believed dyslexics had a major role in shaping many aspects of the modern world, in science, technology and many other fields. 

 

The Orton-IDA old timers like Margaret Rawson and Roger Saunders were always aware of the distinctive talents and the valuable and distinctive thinking styles. Indeed, when I showed Margaret Rawson early drafts of my book In the Mind’s Eye (which focuses on the talents of dyslexics), she wrote me a long letter explaining that she “had always hoped someone would write a book like this.”

 

Accordingly, following Geschwind, in my writing and talks I have long argued that dyslexics are not only talented but that these talents are now especially valuable in science, technology and other fields -- because, as it happens, these talents fit nicely into high-level thinking and high-level work using our most advanced visual-digital technologies (where, as almost never discussed, conventional reading skill is convenient but increasingly optional). 

 

Of course, not all dyslexics are “super-stars.” But I believe much can be learned from studying how the “super-stars” think and work -- learning from and respecting the kinds of things dyslexics are good at. For example, some dyslexic scientists say they rarely read much of the professional journal articles in their field. Rather, they mainly read “the book of nature” instead  -- with an open mind and keen observation -- (as they say) unencumbered with too much attention to other people’s thoughts. One dyslexic scientist tries to teach his graduate students “to think like a dyslexic” in order to make significant and unexpected discoveries; the rest, he says, is mostly “empty memorization.” 

 

Another dyslexic scientist could use his powerful dyslexic imagination to see how the molecules would fit together in relation to the human immune system. Using data from the instruments he had designed and built himself, he eventually taught a whole field a new way of thinking. After 12 years of giving talks on the subject (to often disbelieving audiences), another scientist did a series of experiments (that were illegal in the US at the time) that proved the dyslexic scientist was right. This other scientist received a Nobel Prize for his efforts. Now the whole field was changed in deep and fundamental ways -- because the dyslexic scientist saw something that none of them had seen -- and taught a new way of thinking. 

 

In the modern global economy, it is becoming clear that basic reading and clerical skills have had decreasing -- or no -- market value. Almost everybody (and many machines) can do most of these tasks. It provides no comparative economic advantage.

 

In contrast, it is becoming more and more apparent that the kinds of thinking skills seen in many dyslexics have increasing market value. These capabilities can be put to use (if the dyslexic students can survive the trauma of their early education). Clearly, time is on their side. We need to learn from these successful dyslexics -- and not dismiss them and consider that their experience is of no consequence. 

 

In contrast, the world of dyslexia research has moved on and advanced thinkers have been talking for some years about the “dyslexic advantage” -- in major books, articles, conferences and websites. 

 

An example of these new perspectives on dyslexia research and practice is found in the book Dyslexic Advantage by Drs. Brock and Fernette Eide, which asserts: “the brains of individuals with dyslexia aren’t defective; they’re simply different. These wiring differences often lead to special strengths in processing certain kinds of information, and these strengths typically more than make up for the better-known dyslexic challenges.” . . .  

“We don’t see the reading, spelling, or other academic challenges associated with dyslexia as the result of a ‘disorder’ or a ‘disease.’ Instead, we see these challenges as arising from a different pattern of brain organization – [which predisposes] dyslexic individuals to the development of valuable skills” (Eide and Eide, 2011, p. xvii). (See the work of Drs. Brock and Fernette Eide and the Dyslexic Advantage websites and conference talks given by successful dyslexics, now available on YouTube.)

 

Dyslexics endure much abuse in their early years for what they cannot do. And they mostly receive no credit or recognition for what they can do. More than anything, dyslexics need to understand the positive side of their kind of brain and mind -- for their work, for their family and for themselves. 

 

Yet some experts at IDA and elsewhere seem determined to find a rationale and “hard evidence” to demonstrate and prove beyond a doubt that dyslexics (even when half fixed) are forever inadequate and broken. All other positive considerations to the contrary -- positive evidence about how they think and what they can do -- are seen as “myths.” 

 

Successful Professionals Find It Hard to See Talents Hidden Beneath Early Failures

 

There is an aspect of our situation that is almost never addressed but may be a major point in our considerations. That is, many of the people involved in the study and remediation of dyslexia are not dyslexic themselves and were, in most cases, excellent pupils in their own school days. 

 

Accordingly, it may be very difficult for them to see the emerging strengths and creative powers possessed by the students sitting before them -- who seem such helpless fools in doing even the most elementary academic tasks. Over the years, I have become more and more impressed with the extreme

difficulty many professionals have in separating the concept of intelligence and competence from academic performance and test taking. 

 

Dr. Orton, with his first dyslexic patient, made a point of identifying high intelligence that did not correspond to conventional academic measures. However, since his time, many seem to be like one individual who was head of a school for dyslexics, as described in the book Reversals by Eileen Simpson. 

 

Dr. Starr, she says, was full of good intentions in helping the struggling children. But, apparently, she was completely unable to believe that the children in her school could be highly intelligent. She thought Simpson, who was working at the school, was bright and capable -- indeed, sufficiently able to follow her as head of the school. In the view of Dr. Starr, Simpson was smart -- consequently, Simpson could not possibly be dyslexic herself. It is simply unthinkable. (“ ‘What nonsense! . . . dyslexic? Impossible’ she said”). 

 

We all may wonder how many in the field of dyslexic remediation feel, deep down, the same beliefs as Dr. Starr, in spite of the best intentions and all protestations to the contrary. We may also wonder how many children pick up on these beliefs, buying into a life of low expectation and unrealized potential. 

 

I am not arguing, of course, that all dyslexics have great talents -- nor that all non-dyslexics are blind to the talents of dyslexics. But I believe we do need to consider that the kinds of talents they do have, great or small, may be just the kinds of talents that are invisible to conventional teachers and conventional tests and conventional measures of academic ability. This is why I feel that developing a whole new family of tests and measurement instruments is so critical.

 

In the ways of the world, it is a simple truth that one cannot be considered to be really bright unless there exists some test on which you can get a top score. And, as we have been trying to show, there are many talents and abilities that are important in life and work that are never measured by conventional psychological and academic tests. This needs to change.

 

To do this properly, it seems that we may need to get highly successful dyslexics involved in the process -- because many conventional educators and test designers, with conventional training and assumptions, may be quite unable to see what needs to be measured, how it can be measured and why it is important to create new forms of measurement. Old habits of thought are hard to break. But perhaps, once again, we will need to rely on dyslexics themselves to “see what others do not see or cannot see.” 

 

Clearly, it is time to develop new ways of assessing the strengths and weaknesses of students as early as possible. Sometimes great abilities can be hidden beneath striking difficulties. Sometimes, we are beginning to see, the kid who is having a lot of trouble with reading or spelling or arithmetic may turn out to do very well indeed with astrophysics or advanced mathematics or molecular biology or film animation or computer information visualization -- areas where visual thinking and image manipulation are more highly valued than rapid recall of memorized names or math facts or large quantities of data. 

 

One major figure in the field of computer graphics told me that she estimated that half the people in the CG field were probably dyslexic -- and her own extremely talented team, those capable of extremely difficult feature film work, were all dyslexic -- 100 percent. 

 

Sometimes, when the conceptual context and the technologies change in dramatic ways, the high talents that were once marginalized or considered of low value in an old era may suddenly move to center stage, providing the exact set of skills required to do the most demanding work in the new era. 

 

Somehow, we need to be able to observe these changes with an open mind – alert to seeing potential and opportunity rather than only failure and restriction. Sometimes, we might discover, the kids who are having the most trouble should not be held back. Rather, perhaps, sometimes, they should be pushed a long way forward -- if the right area can be identified by a perceptive teacher or some new and innovative screening device or testing method. 

 

There are many examples to show that those who are most gifted in higher mathematics can have persistent problems with arithmetic -- and some of the best writers can never learn to spell. Identifying the right field for each specific student is important. It would help to hold their attention. But more important, it will allow them to use talents rarely recognized. Perhaps it will allow them to learn in ways that are quite different from conventional schooling (and out of conventional educational sequence). 

 

Such changed perspectives would allow dyslexics to gain respect from others for being able to do things that are challenging for other students -- or even challenging for their teachers. For some, the easy things in primary school are quite hard; but the hard things in graduate school and work and life are quite easy.

 

In many cases, of course, such a new approach could be seen as an administrative nightmare. How can the system cope with such extremes of diversity, with so many different measurement scales? Life is so much easier when there is one scale -- conveniently showing those who are the top in everything and those who are at the bottom of everything. 

 

With some new system, with so many scoring high on at least one of several subtests, how do you know which ones are really bright and which ones are really not so bright? However, it is clearly not beyond our capacity to make it work if we are convinced that it must be made to work -- if we are convinced of the real value of diversity in brains and abilities.

 

In this new era of interactive computer graphics, simulators and scientific information visualization, we have many new and sophisticated tools at hand. And the need is great. It is high time to give up the illusion of uniformity and begin to take advantage -- for the sake of these individuals as well as the needs of society at large -- of vast differences in abilities in many diverse fields. 

 

When we all are having to compete with many millions of others globally (in an increasingly uncertain and changing economy; with fast transportation and cheap light-speed communication), it is suddenly essential that all of us quickly find whatever special talents we have and develop these to a very high level -- whether or not it is part of the traditional academic curriculum.

 

True, it is not yet perfectly clear how this can be done. But it is clear enough that it will need to be done -- and in ways that are very different from traditional educational pathways. And most likely it will require extensive use of information visualization and related technologies. Sometimes just listening to the improbable life stories of highly successful dyslexics is enough to give us a few really new ideas about how to move forward.

 

Of course, not all will be able to move ahead quickly -- but even the most limited student may have islands of strength that no one knew existed -- ones that can be identified and developed early if we design the right tools. We must make it our business to help each dyslexic to find these islands. Sometimes, almost anything will do to start. But in the end, it is really important for them to be able to say “I have a lot of trouble with this but I am the best in my class (or my school) at doing that.” Sometimes, a whole life hangs in the balance.

 

 

References and Readings

 

Broecker, Wally, 2010. The Great Ocean Conveyor: Discovering the Trigger for Abrupt Climate Change. Princeton and Oxford: Princeton University Press. (The author explains that his dyslexia helps him to integrate masses of information from many different sources: “As a dyslexic, I receive my most valuable information and ideas from what I hear and diagrams I see rather than what I read on the printed page.”) 

 

Card, Stuart K., Jock D. MacKinlay and Ben Shneiderman, editors, 2000. Readings in Information Visualization: Using Vision to Think.  San Francisco, CA: Morgan Kaufman Publishers, Inc. 

 

Eide, Brock L., MD, MA, and Fernette F., MD, 2011. The Dyslexic Advantage: Unlocking the Hidden Potential of the Dyslexic Brain. New York: Hudson Street Press. 

 

Geschwind, Norman and Albert Galaburda, 1985.  "Cerebral Lateralization, Biological Mechanisms, Associations, and Pathology: A Hypothesis and a Program for Research, Parts I-III," Archives of Neurology, vol. 42, May 1985, pp. 428- 459; June 1985, pp. 521-552; July 1985, pp. 634-654.

 

Geschwind, Norman and Albert Galaburda, 1987.  Cerebral Lateralization:  Biological Mechanisms, Associations, and Pathology.  Cambridge, Mass.: The MIT Press.

 

Geschwind, Norman, 1982.  "Why Orton Was Right," The Annals of Dyslexia, vol. 32, Orton Dyslexia Society Reprint No. 98.

 

Mail Online, July 13, 2013. “Dyslexia is Britain’s secret weapon in the spy war.” http://www.dailymail.co.uk/news/article-2362793/Dyslexia-Britains-secret-weapon-spy-war-Top-codebreakers-crack-complex-problems-suffer [from dyslexia].

Nicolson, Roderick I., 2015. Positive Dyslexia. Sheffield, UK: Rodin Books. 

Tauber, Alfred I. and Scott H. Podolsky. 1997. The Generation of Diversity: Clonal Selection Theory and the Rise of Molecular Immunology. Cambridge, Mass.: Harvard University Press. 

West, Thomas G., 1992. "A Future of Reversals: Dyslexic Talents in a World of Computer Visualization," Annals of Dyslexia, vol. 42, pp. 124-139. 

 

West, Thomas G., 1999. “The Abilities of Those with Reading Disabilities: Focusing on the Talents of People with Dyslexia.” Chapter 11,  Reading and Attention DisordersNeurobiological Correlates. Edited by Drake D. Duane, M.D.  Baltimore, MD: York Press, Inc. 

 

West, Thomas G., 2004. Thinking Like Einstein: Returning to Our Visual Roots with the Emerging Revolution in Computer Information Visualization. Amherst, NY: Prometheus Books. 

 

West, Thomas G., 2005. “The Gifts of Dyslexia: Talents Among Dyslexics and Their Families,” Hong Kong Journal of Paediatrics (New Series), 10, 153-158. 

 

West, Thomas G., 2009. In the Mind’s Eye: Creative Visual Thinkers, Gifted Dyslexics and the Rise of Visual Technologies. Second edition. Amherst, NY: Prometheus Books. (The second edition of In the Mind’s Eye includes a Foreword by the late Oliver Sacks, MD, who said “In the Mind's Eyebrings out the special problems of people with dyslexia, but also their strengths, which are so often overlooked. . . . It stands alongside Howard Gardner's Frames of Mind as a testament to the range of human talent and possibility.”)

 

West, Thomas G., 2014. “Amazing Shortcomings, Amazing Strengths: Beginning to Understand the Hidden Talents of Dyslexics,” Asia Pacific Journal of Developmental Differences, vol. 1, no. 1, January 2014, pp. 78-89. (A publication of the Dyslexia Association of Singapore (DAS). DAS has initiated a multi-year program “Embrace Dyslexia,” intended to take advantage of the distinctive talents of dyslexic children and adults, as a form of competitive advantage. Long a leader in technology and commerce, Singapore intends to lead the world in this effort as well. In November 2014, Thomas G. West was invited to Singapore to give five talks as part of the kick-off for the “Embrace Dyslexia” program.)

 

Contact information: Thomas G. West, author of Thinking Like Einstein and In the Mind's Eye (one of the “best of the best” for the year, American Library Association). Research Scholar Study Office 1W-16C, National Library of Medicine, mobile: 202-262-1266. Institutional postal address: Krasnow Institute for Advanced Study, Member of the Advisory Board, 4400 University Drive, MS 2A1, George Mason University, Fairfax, Virginia 22030-4444. Member of the Board of Trustees of Dyslexic Advantage.

 

Email: thomasgwest@gmail.com or thomasgwest@aol.com

Blog: http://inthemindseyedyslexicrenaissance.blogspot.com.

Websites: Dyslexic Advantage and Dyslexic Advantage Group on YouTube. New book to be published in 2017: Seeing What Others Cannot See (Prometheus Books). 

Tuesday, April 30, 2024

An Unbelievable Discovery -- Seeing Differently

 AN UNBELIEVABLE DISCOVERY AND AN OPENED DOOR—MARY SCHWEITZER 

Mary had hardly slept for weeks. She was sure that no one would believe her. Maybe there was some mistake. She had checked and rechecked — but she found the same results. Mary had seen things that no one had ever seen before. She had seen the calcium deposits inside the fossil bone—the deposits normally stored within bird bones to provide calcium for the eggshells to be produced by a pregnant female. 


But then she also saw the tiny flexible blood vessels and remnant red blood cells. All of this would not have been surprising for any biologist or ornithologist observing a modern bird. But this was not just any bird. This was the fossilized femur of a pregnant Tyrannosaurus rex — a bone that was 68 million years old — a bone that had once belonged to a kind of bird that had originally weighed tons.


Fossil bones are precious. No one had ever cut one in half. No one had ever thought that there would be anything of interest inside. No one would have guessed that tiny blood vessels, red blood cell remnants, and intact protein fragments might be there. This was impossible. There was no way for such things to be preserved for so long. It was clearly not possible. Everybody knew it. Yet, there it was.


Mary Higby Schweitzer, a former student of Jack Horner, had trained as a biologist before she studied paleontology. Most people in the field had studied geology—the rocks within which the bones were buried. Few had studied the biology of the living animals buried inside the rocks. Accordingly, Mary could easily recognize the calcium deposits inside the bone, in the medullary cavity.


Of course, it was partly a fortunate accident. In this case, the fossil bone had been found in a very remote part of the badlands of Montana. There was no road. The grad students had to walk in and work hard to remove the rock above the fossil. Once uncovered, the bone had to be encased in plaster to protect it during transportation. 


But the whole mass was too heavy for the loaned helicopter to lift it. So it had to be cut in half. The cut was clean. Often fossil bones are painted with chemicals and clear coats to protect them from further decay. But these would introduce modern substances that would contaminate the fossil, especially at the molecular level. Mary had been given a clean specimen, entirely free of modern contamination. 


Once it was made public, Mary’s discovery was not believed by many professionals in the field. Biochemists and paleontologists greeted her work with “howls of skepticism.” They could not believe that organic molecules “could survive for tens of millions of years.” So Schweitzer and her postdoc, Elena Schroeter, repeated their investigations with extreme care to avoid any possibility of contamination. 


Very recently (February 2017), their new investigations were published—and they are now believed. One expert, who had been skeptical before, called Schweitzer’s recent paper a “milestone” and said he is now “fully convinced beyond a reasonable doubt the evidence is authentic.” Now that they have shown that ancient molecules can survive over very long time periods, a new path to scientific investigation has emerged -- “to pin down the evolutionary relationships among different dinosaurs, as well as among ancient mammals and other extinct creatures.” The Science magazine article concludes, “Says Schweitzer: ‘The door is now open.’” 


The story of Mary Schweitzer’s discoveries and persistence provides us with a wonderful example of how major new information can come from seeing things differently, asking basic questions never asked before, taking risks and recognizing something unexpected, seeing something that others could not see — seeing something that could have been recognized by others. But they did not see it. It was Mary who saw what others could not see — or would not see. 


(From Seeing What Others Cannot See, T. G. West, pages 130-132. Of course, it is perhaps highly significant that Mary Schweitzer is dyslexic, as is her professor and mentor, Jack Horner, science advisor for the four “Jurassic Park” films.)

 

Saturday, April 13, 2024

WHY ARE SOME OF THE BEST WRITERS DYSLEXIC?

 

As we have seen, some of the best scientists are successful because they are strong visual thinkers. Strangely, I would argue that some of the best writers are successful, in part, for the same reason.
A few years ago, I was asked to contribute a short piece for a new book, an anthology of prose and poetry by dyslexic writers, to be published in the United Kingdom by a group called RASP. Later, the editor, Naomi Folb, asked if I would be willing to write a foreword for the volume as well. I was delighted to do it—and I was even more delighted because the whole argument came tumbling out with no apparent effort on my part. (I wish this would happen more often. Normally, I have to struggle to find the right words, redrafting often.) I was also pleased when I saw the finished book with the following quotation of mine standing alone on the inside front cover: “The truth-talking commentator who is not caught up in the race. They have felt the otherness from the start.”
My argument in the foreword went as follows:

There are many puzzles and paradoxes linked to dyslexia. One of the most strange of these is that some of the best writers are dyslexic. How can this be so? How can those who struggle so with words become such masters of words? Well, good writing is different from good spelling, reading out loud or rapid recall of memorized texts.
Good writing often requires an ear for the sound of language. Good writing often requires a strong visual imagination with powerful images and metaphors communicated through the words. Often the best writing is very plain, using well the most simple language. Also, good writing requires fresh language—not the usual string of conventional terms and syntax. Good writing is thoughtful and sometimes surprising in its content and form.
Oddly, the difficulties experienced by dyslexics sometimes can lead directly to becoming advantages in service of the best writing. Dyslexics are a heterogeneous group. They are unlike non-dyslexics. They are unlike each other. But there are many common elements. They often, almost by definition, learn to read late and very slowly (after a long and difficult struggle). This is partly the reason that many never lose the sound of language in their head—as happens with rapid and efficient readers.
They often have powerful visual imaginations—seeing pictures in their minds as they read or speak. Some of the best storytellers say they never remember the words of a story. Rather, they have a movie running in their head and they simply talk about what they see. You don’t have to be dyslexic to do this. But dyslexics seem inclined to do this—whether they want to or not. But as one can readily see, if you cannot remember texts as texts—but only see images—then the words are likely to be different each time. Sometimes fresh. Sometimes surprising. Sometimes shockingly apt.
Often I have heard the phrase, “they see what others don’t see or cannot see.” I have heard the phrase a thousand times, in a thousand different settings. It is not only having strong powers of observation. There is something going on in these larger than usual, slow moving, apparently overly-connected brains that yields perceptions and insights often denied to non-dyslexics—who may see the unexpected connection when they are shown. But they would never see it on their own.
Some say dyslexics are prone to ponder. Non-dyslexics may have a look, see what they have been taught to see, say the expected words and quickly move on—scoring high on conventional tests of conventional observations. (This drives artists crazy. So many of the clever students learn the words to say about a painting and then they think they undertand it. But they never learn to really see it.)
Many dyslexics find it very difficult to do things automatically— which can be a problem. It can be very slow. Whether training the movements of their body (as in an Olympic sport) or observing nature (in a literary or scientific puzzle), they have to think and think hard. Big brains with many connections move slowly—but they can do jobs that fast smaller brains cannot do. They see the big picture. They see connections between apparently unrelated things.
Those who ponder hold on to an idea or problem or puzzle for a long time, turning it over and over. In literature, sometimes they come up with a fresh and deep insight. (In science or technology, sometimes they come up with a remarkable and unexpected discovery.)
It is a commonplace that the best artist or writer is an outsider, observing human events at the edge. Again, many non-dyslexics can take on this role. But many dyslexics, because of their deep humiliations from the earliest days, seem naturally to assume the role of distant observer. The truth-talking commentator who is not caught up in the race. They have felt the otherness from the start.
In my own research on talents among highly successful dyslexics, my literary friends were shocked and disbelieving when I told them that the most severely dyslexic historical person I came across was the Irish poet William Butler Yeats. It teaches us. Even in times unfriendly to formal poetry, his lines show up in songs and commentaries and book titles. He said that he often started with a rhythm, a pulse, and the sense then followed. He never lost the feeling of the sound of the language.
And everywhere you look there are vivid metaphors and images. About his early life, Yeats says: “I was unfitted for school work. . . . My thoughts were a great excitement, but when I tried to do anything with them, it was like trying to pack a [large hot air] balloon in a shed in a high wind.” A few years before his death, he observed: “It was a curious experience . . . to have an infirm body and an intellect more alive than it had ever been, one poem leading to another as if . . . lighting one cigarette from another.”
I closed the foreword with these words: “I am honored to introduce this volume of the work of dyslexic writers—sometimes harsh and angry, sometimes as beautiful as a song, sometimes so short and powerful that you feel you have been punched with a boxer blow. But always fresh, truth telling, full of vivid and unexpected sounds and images.”

Monday, April 8, 2024

Frank G. Tallman, Master Pilot, Dyslexic

Recently, I was talking to a farmer friend about low flying planes used to spray wheat fields to ensure the full development of the crop. This made me think of the low-level flying and film stunts of Frank G. Tallman -- a master pilot -- who was also dyslexic – perhaps a master pilot because he was dyslexic. Note his accomplishments -- and what his parents thought when he was young. -- Tom

“April 20, 1978. The first plane roared low over the ridge. Five hundred people looked up, many through tears. They recognized the red and white stripes of the famous Super Chipmunk as it soared past, trailing pink smoke into the clear, southern California sky. The crowd had come from the church in a mile-long line of cars and now stood around my brother’s open grave, to me an abyss on this green and windblown hillside. Following the smoke trail, pairs of planes from every decade of aviation history thundered overhead in further salute to Frank Tallman, who had flown them all. Corsairs, Mustangs, Zeros, jets, an all-red Fokker Triplane. Frank’s comrades flew them today.
“A flight of police helicopters was up there too in the V-shaped missing man formation, their own salute to the improbable man called ‘king of the Hollywood stunt pilots.’ My other brother, Foster, was standing beside me. ‘Those older planes came down to fifty feet,’ he said. ‘I looked one guy right in the face. They violated about every federal air regulation known to man but who’s going to complain?’ After the ceremony, while the crowd drifted away, I lingered behind with my hands on the casket. Foster smothered his own grief and took hold of my arm. ‘Come on Sis,’ Foster said, ‘it’s all over.’ But it never was. Not for Foster and me.” -- Excerpt from 'Where the Birds Warble Sweet' by Prudy Tallman Wood, younger sister of Frank Gifford Tallman, unpublished manuscript.

“Of course I am sincerely worried and most upset over Frank. Have just told him he has to stay in [school] and graduate if it takes forty years.” -- Frank’s mother, October 1934.
“I agree to some extent young Frank lacks fundamental training but do not feel this [is] the main difficulty -- rather as you say it is his lack of ability for self-help and work. . . . I have a feeling this boy lives in a dream world made up of guns and aeroplanes and ‘movies’ and that no way yet has been found to bring him down to earth so that he will realize there is work to do and responsibility that he must assume.” -- Frank’s father, October 1934; former WWI pilot. (Frank’s age 15, grade 9)
“[Frank’s teachers] seem to be looking for some reason why such an apparently able and thoroughly engaged student could perform so poorly. . . . I suppose he might have been diagnosed with a dyslexia of some kind today. The fact that foreign languages and math seem to have given him the most trouble, indicate something like that to me.” -- School historian, December 2000.
Copies of family letters and school reports (above) were provided to Thomas G. West by Frank Tallman’s sister Prudy Tallman Wood.
“Frank Tallman is in town to promote the new film ‘The Great Waldo Pepper.’ But no film could be as interesting or as charming as Frank Tallman.” Washington Post review, (paraphrase) 1975.

Excerpts from Wikipedia:
“Tallman performed the stunt flying in the 1963 chase movie ‘It's a Mad, Mad, Mad, Mad World,’ including the flight in a Beechcraft Model 18 through a Coca-Cola billboard. He also contributed to The ‘Carpetbaggers’ (1964), ‘The Wrecking Crew’ (1969), and ‘The Thousand Plane Raid’ (also 1969) . . . . He served as the flying supervisor for ‘Catch-22’ in 1970 and was personally involved in locating and acquiring the 18 or so flyable film unit B-25s appearing in the film. Tallman flew the dramatic night shots of the Milo Minderbinder Air Force B-25 bombing its own base just over the heads of actors Jon Voight and Martin Sheen. . . .
“He was aerial supervisor for ‘The Great Waldo Pepper’ in which he performed barnstorming stunts. When the controls failed in his World War I aircraft replica, the plane went out of control and struck power lines. Tallman suffered a head injury. . . .
"In 1973, Tallman recounted his experiences rebuilding and flying vintage aircraft in the book 'Flying the Old Planes'. . . .
“On Saturday 15 April 1978, Tallman was making a routine ferry flight in a twin-engine Piper Aztec from Santa Monica Airport, California, to Phoenix, Arizona, under visual flight rules when he continued the flight into deteriorating weather, a lowering ceiling and rain. He struck the side of Santiago Peak in the Santa Ana Mountains near Trabuco Canyon at cruise altitude, dying in the ensuing crash [apparently from a fatal heart attack while flying]. Following his death, Tallman's historic collection of movie warplanes and camera planes was sold off.” [Many to a museum in Florida.]