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Recollections of the impact of the psychedelic revolution on the history of mathematics and my personal story. [Ralph Abraham, Ph.D.]
1. Introduction
In 1972 I met Terence McKenna and we became close friends. Ten
years later we were joined by Rupert Sheldrake in a special triadic
bond. We developed a habit of conversing on common interests
in a style that evolved into a form we called a Òtrialogue,Ó and
eventually we performed public trialogues. These occurred sporadically
from 1989 until 1996. The Esalen Institute was very
hospitable and helped us organize and record these trialogue
events, which led to our two volumes of published trialogues.
In a typical trialogue, one of us would lead off with a trigger
monologue of Þfteen minutes or so. My conversation starter
for one of our trialogues in 1996 is the basis of the next section,
on my supposed revolutionary role in the psychedelic history
of mathematics in the 1960s, and the origin of chaos theory.
2. Math in the 1960s
One day I was sitting in my office
with my secretary, Nina, when there was a
knock on the door. Nina said, ÒThis is a
friend of a friend of mine, who wants to
interview you.Ó I was very busy with the
telephone and the correspondence, so he
came inside and I answered his questions
without thinking. After a month or so,
when a photographer arrived, I began to
realize that I had given an interview for
GentlemanÕs Quarterly (GQ) magazine. I
called my children and asked them what
was GQ magazine. They live in Hollywood
and know about such things. I was in Italy
when the magazine finally arrived on the
stands. I was very proud, in spite of my
style of dress, that I had been the first one
in our circle of family and friends to
actually be photographed for GQ.
But I was shocked in Firenze to open
the first page of the magazine, and see my
picture occupying a large part of the first
page, with the table of contents, with the
heading: ÒAbraham sells drugs to mathematicians.
Ó There were some other
insulting things in the interview, that as
far as I can remember, were largely Þction.
I didnÕt mention it to anybody when I
came back to California, and was very
pleased that nobody mentioned it. Nobody
had noticed. There were one or two phone
calls, and I realized that nobody after all
reads GQ. If they do look at the pictures,
they overlooked mine. I was safe after all
at this dangerous pass.
Suddenly, my peace was disturbed
once again by a hundred phone calls in a
single day asking what did I think of the
article about me in the San Francisco
Examiner, or the San Jose Mercury News,
and so on. All the embers in the Þre left by
GQ had ßamed up again in the pen of a
journalist. A woman who writes a computer
column for the San Francisco Examiner
had received in her mail box a copy of
the GentlemanÕs Quarterly article,
in which Timothy Leary was quoted as
saying, ÒThe Japanese go to Burma for
teak, and they go to California for novelty
and creativity. Everybody knows that
California has this resource thanks to
psychedelics.Ó Then the article quoted me
as the supplier for the scientific renaissance
in the 1960s.
This columnist didnÕt believe what
was asserted by Timothy Leary and others
in the GQ article, that the computer
revolution and the computer graphic
innovations of California had been built
upon a psychedelic foundation. She set out
to prove this story false. She went to
Siggraph, the largest gathering of computer
graphic professionals in the world,
where annually somewhere in the United
States 30,000 who are vitally involved in
the computer revolution gather. She
thought she would set this heresy to rest
by conducting a sample survey, beginning
her interviews at the airport the minute
she stepped off the plane. By the time she
got back to her desk in San Francisco sheÕd
talked to 180 important professionals of
the computer graphic field, all of whom
answered yes to the question, ÒDo you take
psychedelics, and is this important in your
work?Ó Her column, finally syndicated in a
number of newspapers again, unfortunately,
or kindly, remembered me.
Shortly after this second incident in
my story, I was in Hollyhock, the Esalen of
the far north, on Cortes Island in British
Columbia, with Rupert and other friends,
and I had a kind of psychotic break in the
night. I couldnÕt sleep and was consumed
with a paranoid fantasy about this outage
and what it would mean in my future
career, the police at my door and so on. I
knew that my fears had blown up unnecessarily,
but I needed someone to talk to.
The person I knew best there was Rupert.
And he was very busy in counsel with
various friends, but eventually I took
Rupert aside and confided to him this
secret, and all my fears. His response,
within a day or two, was to repeat the
story to everybody in Canada, assuring me
that itÕs good to be outed. I tried thinking
positively about this episode, but when I
came home still felt nervous about it and
said ÒnoÓ to many interviews from ABC
News, and the United Nations, and other
people who called to check out this
significant story. I did not then rise to the
occasion, and so IÕve decided today, by
popular request, to tell the truth.
It all began in 1967 when I was a
professor of mathematics at Princeton, and
one of my students turned me on to LSD.
That led to my moving to California a year
later, and meeting at UC Santa Cruz a
chemistry graduate student who was
doing his Ph.D. thesis on the synthesis of
DMT. He and I smoked up a large bottle of
DMT in 1969, and that resulted in a kind
of secret resolve, which swerved my career
toward a search for the connections
between mathematics and the experience
of the logos, or what Terence calls Òthe
transcendent other.Ó This is a hyperdimensional
space full of meaning and
wisdom and beauty, which feels more real
than ordinary reality, and to which we
have returned many times over the years,
for instruction and pleasure. In the course
of the next twenty years there were
various steps I took to explore the connection
between mathematics and the logos.
About the time that chaos theory was
discovered by the scientific community,
and the chaos revolution began in 1978, I
apprenticed myself to a neurophysiologist
and tried to construct brain models made
out of the basic objects of chaos theory. I
built a vibrating ßuid machine to visualize
vibrations in transparent media, because I
felt on the basis of direct experience that
the Hindu metaphor of vibrations was
important and valuable. I felt that we
could learn more about consciousness,
communication, resonance, and the
emergence of form and pattern in the
physical, biological, social and intellectual
worlds, through actually watching
vibrations in transparent media ordinarily
invisible, and making them visible. I was
inspired by Hans Jenny, an amateur
scientist in Switzerland, a follower of
Rudolf Steiner, who had built an ingenious
gadget for rendering patterns in
transparent fluids visible.
About this time we discovered
computer graphics in Santa Cruz, when
the first affordable computer graphic
terminals had appeared on the market. I
started a project of teaching mathematics
with computer graphics, and eventually
tried to simulate the mathematical models
for neurophysiology and for vibrating
fluids, in computer programs with computer
graphic displays. In this way evolved
a new class of mathematical models called
CDs, cellular dynamata. They are an
especially appropriate mathematical object
for modeling and trying to understand the
brain, the mind, the visionary experience
and so on. At the same time other mathematicians,
some of whom may have been
recipients of my gifts in the 1960s, began
their own experiments with computer
graphics in different places, and began to
make films.
Eventually, we were able to construct
machines in Santa Cruz which could
simulate these mathematical models I call
CDs at a reasonable speed, first slowly, and
then faster and faster. And in 1989, I had a
fantastic experience at the NASA Goddard
Space Flight Center in Maryland, where I
was given access to, at that time, the
worldÕs fastest super computer, the MPP,
the Massively Parallel Processor. My CD
model for the visual cortex had been
programmed into this machine by the only
person able to program it, and I was
invited to come and view the result.
Looking at the color screen of this super
computer was like looking through the
window at the future, and seeing an
excellent memory of a DMT vision, not
only proceeding apace on the screen, but
also going about 100 times faster than a
human experience. Under the control of
knobs which I could turn at the terminal,
we immediately recorded a video, which
lasts for 10 minutes. It was in 1989 that I
took my first look through this window.
To sum up my story, there is first of
all, a 20-year evolution from my Þrst DMT
vision in 1969, to my experience with the
Massively Parallel Processor vision in
1989. Following this 20-year evolution,
and the recording of the video, came the
story with GQ and the interviews at
Siggraph in the San Francisco Examiner that
essentially pose the question, ÒHave
psychedelics had an influence in the
evolution of science, mathematics, the
computer revolution, computer graphics,
and so on?Õ
Another event, in 1990, followed the
publication of a paper in the International
Journal of Bifurcations and Chaos, when
an interesting article appeared in the
monthly notices of the American Mathematical
Society, the largest union of
research mathematicians in the world. The
article totally redefined mathematics,
dropping numbers and geometrical spaces
as relics of history, and adopting a new
definition of mathematics as the study
of space/time patterns. Mathematics has
been reborn, and this rebirth is an outcome
of both the computer revolution and
the psychedelic revolution which took
place concurrently, concomitantly,
cooperatively, in the 1960s. Redefining
this material as an art medium, I gave a
concert, played in real time with a genuine
super computer, in October, 1992, in the
Cathedral of Saint John the Divine, the
largest Gothic cathedral in the world, in
New York City.
3. Conclusion
There is no doubt that the psychedelic
revolution in the 1960s had a
profound effect on the history of computers
and computer graphics, and of mathematics,
especially the birth of postmodern
maths such as chaos theory
and fractal geometry. This I witnessed
personally. The effect on my own history,
viewed now in four decades of retrospect,
was a catastrophic shift from abstract
pure math to a more experimental and
applied study of vibrations and forms,
which continues to this day. ¥
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