The first novel I read was
"Gulliver's Travels." Jonathan Swift wrote it in 1726 as a satire and
parody of humanity. In the novel, Gulliver was shipwrecked in Lilliput, a land
of tiny and small-minded people. I read it in 1963, sitting on the veranda of
our house on Gbenoba Road in Agbor, Nigeria. My father had hailed it as a
“classic” and persuaded me to read it.
The novel made an impression on me
because it enabled me to travel in my mind to a fictional place created by a
writer that had lived two-and-a-half centuries earlier. At the time, the
farthest I had ever travelled was to Onitsha, my ancestral hometown, about an
hour away. And Lagos, our nation’s capital, seemed as distant as the North
Pole.
Over the years, although my interests
shifted from science fiction to non-fiction to my own discoveries, Gulliver’s
fantasy travels have remained a metaphor for my journey to the terra incognita
of the supercomputer that is connected as an internet. My imagination pushed
towards the undiscovered territories of computations and communications
performed at unimagined speeds with techniques and technologies that were yet
to enter into textbooks.
My Journey to the Frontiers of Internet
To me, those discoveries and
inventions were like islands that could not be found on a map. In my mind’s
eye, I journeyed to where the fastest computations and communications occur—the
two-to-the-power-of-16 (or 65,536) sub-computers connected as an internet. I
mapped my sub-computers onto the 65,536 vertices of a hypercube that is a
metaphor for an internet in the 16th dimension.
The 6-inch tall Lilliputian of
Swift’s journey represents my sub-computer. And the Lilliputians that
overpowered Gulliver represent my sub-computers that outperformed a
supercomputer and solved a grand challenge problem.
Communicating seamlessly and
synchronously as one cohesive units, Those sub computers computed 65,536 times
faster than each working alone.
My Journey to Lilliput
Today, the frontier in communications
is the internet, which performs the fastest communications possible. At the
crossroads of computation and communication, a unit of time is calibrated at
one billionth of a billionth of a second. It is called an attosecond, which is
defined as one quintillionth or ten-to-the-power-minus-18 of a second.
Gulliver’s journey to Lilliput is my metaphor for computations and communications
executed within a quintillionth of a second.
When I was a boy in Africa, I
travelled with Gulliver in my imagination to Lilliput and Brobdingnag. Growing
up, I became an explorer in the “fictions” of new ideas. At the frontiers of
science and technology, the discoveries and inventions are Lilliputian or
Brobdingnagian proportions. Fantasy influences invention and innovation, just
as ideas precede journeys of discovery. In the 1980s, hypercubic supercomputing
in the 16th dimension was a science-fictional fantasy, a genre that encourages
the technologist to go where no one has thought to go before. For me,
performing a calculation or sending an email within an attosecond was a
destination that began with an idea as fantastic as Gulliver’s travels to
Lilliput.
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