- Krakauer, Jon.
Into Thin Air.
New York: Anchor Books, [1997] 1999.
ISBN 0-385-49478-5.
-
It's amazing how much pain and suffering some people will endure in
order to have a perfectly awful time. In 1996, the author joined a
guided expedition to climb Mount Everest, on assignment by
Outside magazine to report on the growing
commercialisation of Everest, with guides taking numerous people, many
inexperienced in alpinism, up the mountain every season. On May 10th,
1996, he reached the summit where, exhausted and debilitated by
hypoxia and other effects of extreme altitude (although using
supplementary oxygen), he found “I just couldn't summon the
energy to care” (p. 7). This feeling of
“whatever” while standing on the roof of the world was,
nonetheless, the high point of the experience which quickly turned
into a tragic disaster. While the climbers were descending from
the summit to their highest camp, a storm, not particularly violent by
Everest standards, reduced visibility to near zero and delayed
progress until many climbers had exhausted their supplies of bottled oxygen.
Of the six members of the expedition Krakauer joined who reached the
summit, four died on the mountain, including the experienced leader of
the team. In all, eight people died as a result of that storm,
including the leader of another expedition which reached the summit
that day.
Before joining the Everest expedition, the author had had
extensive technical climbing experience but had never
climbed as high as the Base Camp on Mount Everest: 17,600
feet. Most of the clients of his and other expeditions had
far less mountaineering experience than the author. The
wisdom of encouraging people with limited qualifications but
large bank balances to undertake a potentially deadly adventure
underlies much of the narrative: we encounter a New York socialite
having a Sherpa haul a satellite telephone up the mountain to
stay in touch from the highest camp. The supposed bond between
climbers jointly confronting the hazards of a mountain at high
altitude is called into question on several occasions: a Japanese
expedition ascending from the Tibetan side via the Northeast Ridge
passed three disabled climbers from an Indian
expedition and continued on to the summit without offering to share
food, oxygen, or water, nor to attempt a rescue: all of the
Indians died on the mountain.
This is a disturbing account of adventure at the very edge of
personal endurance, and the difficult life-and-death choices
people make under such circumstances. A 1999 postscript in this
paperback edition is a rebuttal to the alternative presentation
of events in The Climb, which
I have not read.
- Siegel, Jerry and John Forte.
Tales of the Bizarro World.
New York: DC Comics, [1961, 1962] 2000.
ISBN 1-56389-624-9.
-
In 1961, the almost Euclidean logic of the Superman comics went around
a weird bend in reality, foretelling other events to transpire in that
decade. Superman fans found their familar axioms of super powers and
kryptonite dissolving into pulsating phosphorescent Jello on the
Bizarro World, populated by imperfect and uniformly stupid replicas of
Superman, Lois Lane, and other denizens of Metropolis created by a
defective duplicator ray. Everything is backwards, or upside-down, or
inside-out on the Bizarro World, which itself is cubical, not
spherical.
These stories ran in Adventure Comics in 1961 and
1962 and then disappeared into legend, remaining out of print for
more than 35 years until this compilation was published. Not only
are all of the Bizarro stories here, there are profiles of the
people who created Bizarro, and even an interview with Bizarro
himself.
I fondly remember the Bizarro stories from the odd comic books I came
across in my youth, and looked forward to revisiting them, but I have
to say that what seemed exquisitely clever in small doses to a twelve
year old may seem a bit strained and tedious in a 190 page collection
read by somebody, er…a tad more mature. Still, ya
gotta chuckle at Bizarro starting a campfire (p. 170) by rubbing two
boy scouts together—imagine the innuendos which would be read
into that today!
- Albrecht, Katherine and Liz McIntyre.
Spychips.
Nashville: Nelson Current, 2005.
ISBN 0-452-28766-9.
-
Imagine a world in which every manufactured object, and even living
creatures such as pets, livestock, and eventually people, had an embedded tag
with a unique 96-bit code which uniquely identified it among all
macroscopic objects on the planet and beyond. Further, imagine that
these tiny, unobtrusive and non-invasive tags could be interrogated
remotely, at a distance of up to several metres, by safe radio
frequency queries which would provide power for them to transmit
their identity. What could you do with this? Well, a heck of a lot.
Imagine, for example, a refrigerator which sensed its entire contents, and
was able to automatically place an order on the Internet for home delivery
of whatever was running short, or warned you that the item you'd just
picked up had passed its expiration date. Or think about breezing
past the checkout counter at the Mall-Mart with a cart full of stuff without
even slowing down—all of the goods would be identified by the portal
at the door, and the total charged to the account designated by the
tag in your customer fidelity card. When you're shopping, you could be
automatically warned when you pick up a product which contains an
ingredient to which you or a member of your family is allergic. And if
a product is recalled, you'll be able to instantly determine whether
you have one of the affected items, if your refrigerator or smart
medicine cabinet hasn't already done so. The benefits just go on
and on…imagine.
This is the vision of an “Internet of Things”, in which all tangible
objects are, in a real sense, on-line in real-time, with their position and
status updated by ubiquitous and networked sensors. This is not a utopian
vision. In 1994 I sketched Unicard, a
unified personal identity document, and explored its consequences; people
laughed: “never happen”. But just five years later, the
Auto-ID Labs were formed at MIT, dedicated
to developing a far more ubiquitous identification technology. With the support
of major companies such as Procter & Gamble, Philip Morris, Wal-Mart,
Gillette, and IBM, and endorsement by organs of the United States government,
technology has been developed and commercialised to implement tagging
everything and tracking its every movement.
As I alluded to obliquely in Unicard, this has
its downsides. In particular, the utter and irrevocable loss of all forms of
privacy and anonymity. From the moment you enter a store, or your workplace, or
any public space, you are tracked. When you pick up a product, the amount of time
you look at it before placing it in your shopping cart or returning it to the
shelf is recorded (and don't even think about leaving the store without
paying for it and having it logged to your purchases!). Did you pick the
bargain product? Well, you'll soon be getting junk mail and electronic coupons on your mobile
phone promoting the premium alternative with a higher profit margin to the retailer.
Walk down the street, and any miscreant with a portable tag reader can
“frisk” you without your knowledge, determining the contents of your
wallet, purse, and shopping bag, and whether you're wearing a watch worth
snatching. And even when you discard a product, that's a public event: garbage
voyeurs can drive down the street and correlate what you throw out by the tags
of items in your trash and the tags on the trashbags they're in.
“But we don't intend to do any of that”, the proponents of
radio frequency identification
(RFID)
protest. And perhaps they don't, but if it is possible and the data
are collected, who knows what will be done with it in the future,
particularly by governments already installing surveillance cameras
everywhere. If they don't have the data, they can't abuse them; if they
do, they may; who do you trust with a complete record of everywhere you go,
and everything you buy, sell, own, wear, carry, and discard?
This book presents, in a form that non-specialists can understand, the
RFID-enabled future which manufacturers, retailers, marketers, academics,
and government are co-operating to foist upon their consumers, clients,
marks, coerced patrons, and subjects respectively. It is
not a pretty picture. Regrettably, this book could be much better than
it is. It's written in a kind of breathy muckraking rant style, with
numerous paragraphs like (p. 105):
Yes, you read that right, they plan to sell data on our trash.
Of course. We should have known that BellSouth was just another
megacorporation waiting in the wings to swoop down on the data revealed
once its fellow corporate cronies spychip the world.
I mean, I agree entirely with the message of this book,
having warned of modest steps in that direction eleven years before its
publication, but prose like this makes me feel like I'm driving down
the road in a 1964
Vance Packard getting
all righteously indignant about things we'd be better advised to
coldly and deliberately draw our plans
against. This shouldn't be so difficult, in principle: polls show
that once people grasp the potential invasion of privacy possible with
RFID, between 2/3 and 3/4 oppose it. The problem is that it's being
deployed via stealth, starting with bulk pallets in the supply chain
and, once proven there, migrated down to the individual product level.
Visibility is a precious thing, and one of the most insidious properties of
RFID tags is their very invisibility. Is there a remotely-powered transponder
sandwiched into the sole of your shoe, linked to the credit card number and
identity you used to buy it, which “phones home” every time you walk
near a sensor which activates it? Who knows? See how the paranoia sets in?
But it isn't paranoia if they're really out to get you. And they are—for
our own good, naturally, and for the children, as always.
In the absence of a policy fix for this (and the extreme unlikelihood of any such
being adopted given the natural alliance of business and the state in tracking
every move of their customers/subjects), one extremely handy technical fix would
be a broadband, perhaps
software radio,
which listened on the frequency bands used by RFID tag readers and snooped on
the transmissions of tags back to them. Passing the data stream to a package like
RFDUMP would allow decoding the visible information
in the RFID tags which were detected. First of all, this would allow people to know
if they were carrying RFID tagged products unbeknownst to them. Second, a portable
sniffer connected to a PDA would identify tagged products in stores, which clients
could take to customer service desks and ask to be returned to the shelves because
they were unacceptable for privacy reasons. After this happens several tens of thousands
of times, it may have an impact, given the razor-thin margins in retailing. Finally,
there are “active measures”. These RFID tags have large antennas which are
connected to a super-cheap and hence fragile chip. Once we know the frequency it's
talking on, why we could…. But you can work out the rest, and
since these are all unlicensed radio bands, there may be nothing wrong
with striking an electromagnetic blow for privacy.
EMP,
EMP!
Don't you put,
your tag on me!
-
Bryson, Bill.
A Short History of Nearly Everything
(Audiobook, Unabridged).
Westminster, MD: Books on Tape, 2003.
ISBN 0-7366-9320-3.
-
What an astonishing achievement! Toward the end of the 1990s, Bill
Bryson, a successful humorist and travel writer, found himself on a
flight across the Pacific and, looking down on the ocean, suddenly
realised that he didn't know how it came to be, how it affected the
clouds above it, what lived in its depths, or hardly anything else
about the world and universe he inhabited, despite having lived in an
epoch in which science made unprecedented progress in understanding
these and many other things. Shortly thereafter, he embarked upon a
three year quest of reading popular science books and histories of
science, meeting with their authors and with scientists in numerous
fields all around the globe, and trying to sort it all out
into a coherent whole.
The result is this stunning book, which neatly packages
the essentials of human knowledge about the workings of the
universe, along with how we came to know all of these things
and the stories of the often fascinating characters who figured
it all out, into one lucid, engaging, and frequently funny
package. Unlike many popular works, Bryson takes pains to
identify what we don't know, of which there is a
great deal, not just in glamourous fields like particle physics
but in stuffy endeavours such as plant taxonomy. People who
find themselves in Bryson's position at the outset—entirely
ignorant of science—can, by reading this single work, end up
knowing more about more things than even most working scientists
who specialise in one narrow field. The scope is encyclopedic:
from quantum mechanics and particles to galaxies and cosmology,
with chemistry, the origin of life, molecular biology, evolution,
genetics, cell biology, paleontology and paleoanthropology,
geology, meteorology, and much, much more, all delightfully told,
with only rare errors, and with each put into historical context. I
like to think of myself as reasonably well informed about science, but
as I listened to this audiobook over a period of several weeks on my daily
walks, I found that every day, in the 45 to 60 minutes I listened,
there was at least one and often several fascinating things of which I
was completely unaware.
This audiobook is distributed in three parts, totalling 17 hours and
48 minutes. The book is read by British narrator Richard Matthews,
who imparts an animated and light tone appropriate to the text. He
does, however mispronounce the names of several scientists, for
example physicists Robert Dicke (whose last name he pronounces “Dick”,
as opposed to the correct “Dickey”) and Richard Feynman (“Fane-man”
instead of “Fine-man”), and when he attempts to pronounce French names
or phrases, his accent is fully as affreux
as my own, but these are minor quibbles which hardly detract from an
overall magnificent job. If you'd prefer to read the book, it's
available in paperback now, and there's
an illustrated edition, which
I haven't seen. I would probably
never have considered this book, figuring I already knew it all, had
I not read Hugh Hewitt's
encomium to it and excerpts therefrom he included (parts
1,
2,
3).
- Walton, Jo.
Farthing.
New York: Tor, 2006.
ISBN 0-7653-5280-X.
-
This is an English country house murder mystery in the classic mould,
but set in an alternative history timeline in which the European war
of 1939 ended in the “Peace with Honour”, when Britain
responded to Rudolf Hess's flight to Scotland in May 1941 with a
diplomatic mission which ended the war, with Hitler ceding the French
colonies in Africa to Britain in return for a free hand to turn east
and attack the Soviet Union. In 1949, when the story takes place, the
Reich and the Soviets are still at war, in a seemingly endless and
bloody stalemate. The United States, never drawn into the war,
remains at peace, adopting an isolationist stance under President
Charles Lindbergh; continental Europe has been consolidated into the
Greater Reich.
When the architect of the peace between Britain and
the Reich is found murdered with a yellow star of
David fixed to his chest with a dagger, deep currents:
political, family, financial, racial, and sexual,
converge to muddle the situation which a stolid
although atypical Scotland Yard inspector must sort
through under political pressure and a looming deadline.
The story is told in alternating chapters, the odd numbered
being the first-person narrative of one of the people in
the house at the time of the murder and the even numbered
in the voice of an omniscient narrator following the
inspector. We can place the story precisely in (alternative)
time: on p. 185 the year is given as 1949, and on p. 182
we receive information which places the murder as on the
night of 7–8 May of that year. I'm always impressed
when an author makes the effort to get the days of the week
right in an historical novel, and that's the case here. There
is, however, a little bit of
bad astronomy.
On p. 160, as the inspector is calling it a day,
we read, “It was dusk; the sky was purple and the air
was cool. … Venus was just visible in the east.”
Now, I'm impressed, because at dusk on that day Venus was
visible
near the horizon—that is admirable atmosphere and attention
to detail! But Venus can never be visible in the East at
dusk: it's an inner planet and never gets further than 48° from
the Sun, so in the evening sky it's always in the West; on that night,
near Winchester England, it would be near the west-northwest horizon,
with Mercury higher in the sky.
The dénouement is surprising
and chilling at the same time. The story illustrates how making peace
with tyranny can lead to successive, seemingly well-justified,
compromises which can inoculate the totalitarian contagion
within even the freest and and most civil of societies.
- Sinclair, Upton.
Dragon's Teeth. Vol. 1.
Safety Harbor, FL: Simon Publications, [1942] 2001.
ISBN 1-931313-03-2.
-
Between 1940 and 1953, Upton Sinclair published a massive
narrative of current events, spanning eleven lengthy
novels, in which real-world events between 1913 and 1949
were seen through the eyes of Lanny Budd, scion of a U.S.
munitions manufacturer family become art dealer and playboy
husband of an heiress whose fortune dwarfs his own. His extended
family and contacts in the art and business worlds provide
a window into the disasters and convulsive changes which beset
Europe and America in two world wars and the period between
them and afterward.
These books were huge bestsellers in their time, and this one won the
Pulitzer Prize, but today they are largely forgotten. Simon
Publications have made them available in facsimile reprint editions,
with each original novel published in two volumes of approximately 300
pages each. This is the third novel in the saga, covering the years
1929–1934; this volume, comprising the first three books of the
novel, begins shortly after the Wall Street crash of 1929 and ends
with the Nazi consolidation of power in Germany after the Reichstag
fire in 1933.
It's easy to understand both why these books were such a popular and
critical success at the time and why they have since been largely
forgotten. In each book, we see events of a few years before the
publication date from the perspective of socialites and people in a
position of power (in this book Lanny Budd meets “Adi”
Hitler and gets to see both his attraction and irrationality
first-hand), but necessarily the story is written without the
perspective of knowing how it's going to come out, which makes it
“current events fiction”, not historical fiction in the
usual sense. Necessarily, that means it's going to be dated not long
after the books scroll off the bestseller list. Also, the viewpoint
characters are mostly rather dissipated and shallow idlers, wealthy
dabblers in “pink” or “red” politics, who,
with hindsight, seem not so dissimilar to the feckless politicians in
France and Britain who did nothing as Europe drifted toward another
sanguinary catastrophe.
Still, I enjoyed this book. You get the sense that this is how the
epoch felt to the upper-class people who lived through
it, and it was written so shortly after the events it chronicles
that it avoids the simplifications that retrospection engenders.
I will certainly read the second half of this reprint, which currently
sits on my bookshelf, but I doubt if I'll read any of the others in
the epic.
- Bernstein, Jeremy.
Plutonium.
Washington: Joseph Henry Press, 2007.
ISBN 0-309-10296-0.
-
When the Manhattan Project undertook to produce a
nuclear bomb using plutonium-239, the world's inventory of
the isotope was on the order of a microgram, all produced
by bombarding uranium with neutrons produced in cyclotrons.
It wasn't until August of 1943 that enough had been produced
to be visible under a microscope. When, in that month, the
go-ahead was given to build the massive production reactors
and separation plants at the Hanford site on the
Columbia River, virtually nothing was known of the physical
properties, chemistry, and metallurgy of the substance
they were undertaking to produce. In fact, it was only
in 1944 that it was realised that the elements starting with
thorium formed a second group of “rare earth”
elements: the periodic table before World War II had
uranium in the column below tungsten and predicted that
the chemistry of element 94 would resemble that of osmium.
When the large-scale industrial production of plutonium
was undertaken, neither the difficulty of separating the
element from the natural uranium matrix in which it was
produced nor the contamination with Pu-240 which would
necessitate an implosion design for the plutonium bomb
were known. Notwithstanding, by the end of 1947 a total
of 500 kilograms of the stuff had been produced, and today
there are almost 2000 metric tons of it, counting both
military inventories and that produced in civil power
reactors, which crank out about 70 more metric tons a year.
These are among the fascinating details gleaned and presented
in this history and portrait of the most notorious of
artificial elements by physicist and writer Jeremy Bernstein.
He avoids getting embroiled in the building of the bomb,
which has been well-told by others, and concentrates on
how scientists around the world stumbled onto nuclear fission
and transuranic elements, puzzled out what they were seeing,
and figured out the bizarre properties of what they had
made. Bizarre is not too strong a word for the chemistry
and metallurgy of plutonium, which remains an active area of
research today with much still unknown. When you get that far down
on the periodic table, both quantum mechanics and special
relativity get into the act (as they start to do
even with gold),
and you end up with six allotropic phases of the metal (in
two of which volume decreases with increasing temperature), a melting
point of just 640° C and an anomalous atomic radius which
indicates its 5f electrons are neither localised nor itinerant, but
somewhere in between.
As the story unfolds, we meet some fascinating characters,
including
Fritz Houtermans,
whose biography is such that, as the author notes
(p. 86), “if one put it in a novel, no one
would find it plausible.” We also meet stalwarts of the
elite 26-member UPPU Club: wartime workers at Los Alamos whose
exposure to plutonium was sufficient that it continues to be
detectable in their urine. (An epidemiological study of these people
which continues to this day has found no elevated rates of mortality,
which is not to say that plutonium is not a hideously hazardous
substance.)
The text is thoroughly documented in the end notes, and
there is an excellent index; the entire book is just 194
pages. I have two quibbles. On p. 110, the author states
of the
Little Boy
gun-assembly uranium bomb dropped on
Hiroshima, “This is the only weapon of this design
that was ever detonated.” Well, I suppose you could
argue that it was the only such weapon of that precise design
detonated, but the
implication is that it was the first and last gun-type
bomb to be detonated, and this is not the case. The U.S.
W9 and
W33 weapons,
among others, were gun-assembly uranium bombs, which between
them were tested three times at the
Nevada Test Site.
The price for plutonium-239 quoted on p. 155, US$5.24
per milligram, seems to imply that the plutonium for
a critical mass of about 6 kg costs about 31 million
dollars. But this is because the price quoted is
for 99–99.99% isotopically pure Pu-239, which has been
electromagnetically separated from the isotopic mix you get
from the production reactor. Weapons-grade plutonium can have
up to 7% Pu-240 contamination, which doesn't require the
fantastically expensive isotope separation phase, just
chemical extraction of plutonium from reactor fuel. In
fact, you can build a bomb from so-called
“reactor-grade” plutonium—the U.S.
tested
one in 1962.