The Lost Secrets of Maya Technology, by James A. O'Kon, P.E. (Softcover, 2012)|
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Reviewer: Mark Lamendola, author of over 6,000 articles.
This was an enjoyable, informative read. My expectation when I began was just
to understand a bit about the Mayans. I had not expected that I would find the
information in the book relevant to today. My expectations were greatly
Now, you may be wondering what possible benefit this book can have to the
reader. If you're a history buff, of course the big value is you get some great
information on an ancient civilization. But what if you're looking for something
relevant? Should you pass on this particular book? No.
If you can understand that another culture was way ahead of the Western world
for centuries, you then can question the orthodox view that the Western world is
where human progress has always taken place. It isn't. And understanding that
fact has profound implications for your worldview and how you interpret the
events of today.
What may be most important to understand is that Mayan technology was very
advanced, yet it was not enough to save the Mayan civilization when their
environment dramatically changed. Think of the major problems facing humanity
today. Our technology can't save us from these; only a change in how we use our
resources can. Today:
- The planet is mired in human-spawned pollution.
- Almost every country on the planet is now controlled by an unaccountable
gangsta government (thus all the uprisings in some such as Egypt, and the
huge economic chaos in others such as the USA).
- We are past peak oil and heading into severe resource shortages.
- The human population is artificially supported by oil with an excess of
about 6 billion people. There's no viable alternative to oil, anywhere. How
do we feed a population that's swollen to 7 times its non-oil size?
- Solar perturbations have caused huge changes in our weather. There's
also speculation that human activity is cooling the planet (or warming it,
depending on which speculators you listen to). We could go into another ice
age or into a high temperature phase, either of which would be disastrous.
- Nobody has yet figured out what to do with the waste from nuclear power
plants, nuclear submarines, and government bureaucracies. This stuff can
last for thousands of years. Well, the nuclear waste can.
How did the Mayans handle their big challenges? They didn't. How will we
handle ours? So far, we're not. That's worth noting.
This "why the book is relevant" is from my own musings. The author didn't
express any such sentiments. I think for the astute reader, he does not have to.
I've read many "ancient civilization" books, and have found they tend to
contain "amateurish" errors. This one doesn't fit the pattern. And while most
such books do provide good information, there's always that nagging issue of why
the author is qualified to expound on what the book says. I had no such nagging
issue concerning me when I read this book. The author has high credibility, for
First of all, he's an experienced technologist. Specifically, he's a licensed
Professional Engineer with several notable projects under his belt. My
undergraduate is also in engineering; though I did not get a PE, I spent many
years in technology and earned some significant awards. I'm still involved in
the IEEE and other engineering-related fields. Any seasoned engineer can tell a
brother engineer (or sister one) from a pretender. O'Kon is no pretender.
Second, O'Kon writes from the perspective of someone who knows technology.
The things he emphasizes are the very things an engineer would look at. That is
not to say you must be an engineer to figure out what he's talking about. It is
to say he looks at things from a fact-based perspective instead of just positing
a viewpoint. He doesn't proselytize, he teaches.
I won't go into the details of what the Mayan technology was, as O'Kon does
that perhaps better than anyone else could. But just as a highlight, consider
his painstaking analysis of a Mayan bridge. We get treated to a quick education
on suspension bridges, along with photos and illustrations that clarify what
he's talking about.
O'Kon goes into many other areas, of course. For example, how do you make
tools when you don't have any metal ores? How do you store and distribute water,
when your topography is so porous you don't have lakes or rivers? How do you
transport goods when you don't have horses or other beasts of burden? He answers
these questions in fascinating detail.
The text of this book runs 291 pages, and consists of 12 chapters and an
epilogue. The bibliography is 6 and a half pages long, and includes extremely
reputable sources. If that bibliography seems a tad short, please note that it
does not include references to the author's own research. The author himself is
a primary source, as evidenced by the many photos he took at the various
archeological sites. As an engineer, he's also qualified to provide drawings; he
provided many in this text.
In my opinion, the information from the bibliography is a bonus, not a
requirement. Had O'Kan wanted to, he could have excluded that material and
simply presented his own findings. I like the fact that he looked at other
sources to provide a more complete work that truly benefits the reader.