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Mutual Assured Destruction
What's Mutual Assured
Destruction?
One
can make the argument that the Cold War was
nothing, if not a decades-long threat of complete and total nuclear
annihilation.
During
this diplomatic and strategic conflict between the Union of Soviet
Socialist Republics (USSR) and the United States, both sides engaged
in massive nuclear proliferation (the stockpiling of nuclear
weapons.
Europe became
a Cold War battleground, with nuclear missile silos located on both
sides of the Iron Curtain. There was global tension over the very real
possibility of death by nuclear bomb.
Despite
concern over the hair trigger that the U.S. or the USSR (or both) might
possess, when it came down to it, neither side went through with launching
their missiles.
This
was proven on a few particularly gut-wrenching occasions. One was the Cuban
Missile Crisis of October 1962.
After
learning that the Soviets were adding missiles to their increasing military
presence in Cuba (just 90 miles off the coast of Florida),
President Kennedy threatened a strike against the USSR if the missiles
weren’t removed. After two tense weeks, the USSR relented [source: Global Security].
Another close call came during
the Carter administration. At about 2:30 a.m. on June 3, 1980, security
monitors at the North American Air Defense Command (NORAD) showed that the USSR
had launched 2,220 nuclear missiles, headed toward America [source: Gates].
Within the 7-minute window afforded
by a Soviet strike in the 1970s, National Security Director Zbigniew Brzezinski
was on the verge of waking President Carter when he was told the attack was a
false alarm.
This wasn't the only false alarm
during the Cold War that led the U.S. to believe that America was under attack.
But in none of these instances did the U.S. pull the trigger and launch a
nuclear strike. Why?
The answer is found, in large
part, in the doctrine of Mutual Assured Destruction (MAD).
What is MAD, and how did it
keep the Cold War belligerents from attacking one another? Find out on the next
page.
The Nuclear Doctrine of MAD
When
the atom was split, a Pandora's box was opened. This scientific
advancement led to the development of the atomic bomb -- humankind
had never before possessed such a destructive weapon.
The United
States was the first to successfully develop the atomic bomb and the first
to show the bomb's level of devastation when it unleashed two on Nagasaki and Hiroshima,
Japan.
Other
nations scrambled to catch up; in the hands of just one country, this
technology could arguably give that country control over the rest of the
world.
Within
eight years, the USSR had its own nuclear weapon -- the hydrogen bomb
[source: Murray].
The
ideological conflict between capitalism and communism sustained
tensions between the U.S. and the USSR, and this prolonged conflict between the
nations became known as the Cold War.
From
1947 to 1991, the nations built up their nuclear arms, each expanding its
arsenal in pace with the other.
It
was soon clear that both sides had built and stockpiled enough nuclear warheads
that the U.S. and USSR could wipe out each other (and the rest of the world)
several times over.
They
had reached nuclear parity, or a state of equally destructive
capabilities.
As
a result, the nuclear strategy doctrine of Mutual Assured Destruction (MAD)
emerged in the mid-1960s.
This
doctrine was based upon the size of the countries' respective nuclear arsenals
and their unwillingness to destroy civilization.
MAD
was unique at the time. Never before had two warring nations held the potential
to erase humanity with the entry of a few computer codes and the turn of
matching keys.
Ironically,
it was this powerful potential that guaranteed the world's safety: Nuclear
capability was a deterrent against nuclear war.
Because
the U.S. and the USSR both had enough nuclear missiles to clear each
other from the map, neither side could strike first. A first strike
guaranteed a retaliatory counterstrike from the other side.
So
launching an attack would be tantamount to suicide -- the first striking nation
could be certain that its people would be annihilated, too.
The
doctrine of MAD guided both sides toward deterrence of nuclear war. It could
never be allowed to break out between the two nations.
And
it virtually guaranteed no conventional war would, either. Eventually,
conventional tactics -- like non-nuclear missiles, tanks and troops
-- would run out, and the inevitable conclusion of a nuclear strike would be
reached.
Since
that end was deemed unacceptable by the Soviets and Americans, there was no
chance of an engagement that could lead to this conclusion.
But
MAD didn’t exactly create an atmosphere in which Soviet premiers and American
presidents felt like they could shake hands and call the whole thing off. The
nations had very little trust in each other -- and with good reason.
Each
side was steadily building its nuclear arsenal to remain an equal party in the
MAD doctrine. A détente, or uneasy truce, developed between the
U.S. and USSR. They were like two gunslinging foes, adrift alone in a life boat,
each armed and unwilling to sleep.
So
the situation had to be managed. On the next page, find out how nuclear
proliferation was controlled.
Management of Nuclear
Proliferation under the MAD Doctrine
There
are two defining characteristics of the doctrine of Mutual Assured Destruction.
One, each side must have the nuclear capability to wipe out the other.
And
two, each side must be convinced the other has the nerve to launch a
nuclear strike.
In a speech in 1967, Defense Secretary Robert McNamara
described how the U.S. achieved nuclear deterrence through MAD: “We do this by maintaining a highly reliable
ability to inflict unacceptable damage upon any single aggressor or combination
of aggressors at any time during the course of a strategic nuclear exchange,
even after absorbing a surprise first strike” [source: McNamara].
Over
time, nuclear delivery became more refined and the nightmare of an all-out
nuclear holocaust less realistic.
Both
the U.S. and USSR invested heavily in technology that directed
thermonuclear weapons from mindless, clobbering bombs to precise surgical
instruments.
Missile guidance
systems allowed for more exact strikes, and the placement of missiles around
the globe -- from allied nations to submarines cruising the world’s oceans --
created a virtual nuclear minefield. All-out annihilation was replaced by other
options for a nuclear strike [source: Battilega].
People
began analyzing ways that nuclear war could play out.
One
theory is called ladder of escalation. Under this strategy, one
side launches a first strike, followed by a counterstrike from the other side.
This
exchange continues like a chess game, with each side increasing the level
of destruction with each successive strike. For example, targeting civilian
populations comes after strikes against military targets [source: Croddy,
et al].
Each
strike gives the other the option to back down or return fire.
It’s kind of like trading punches with another person; each punch becomes
increasingly powerful.
The
idea is to step up the force little by little until one heavy blow turns out to
be the final punch as the weakened opponent backs down. All-out nuclear war, by
contrast, is more akin to two parties shooting each other point-blank in the
head.
Fans
of the 1983 movie "War Games" will recognize this kind of strategy.
In
the film, a renegade supercomputer, capable of launching an American first
strike, mulls over the best way to win a nuclear war.
The
computer runs through scenarios like a set of infinite games, considering a
strike launched from Europe or from nuclear subs, and other
endless possibilities.
The
computer finds there’s no way to win: Each first strike results in a
counterstrike and both sides lose.
Mutual
Assured Destruction really does have a basis in games. The same underlying
mathematic principles that dictate maneuvers in games like Scrabble and
Monopoly were used to examine nuclear strategy during the Cold War in
a discipline called game theory.
The
doctrine of MAD, specifically, shares its basis with a game theory experiment
called the prisoner’s dilemma.
In
this scenario, two criminals are apprehended by police and questioned
separately. The dilemma comes from each criminal's uncertainty as to what his
cohort will do.
If
one confesses, the other is released but the confessor is punished. If one
criminal implicates the other, the rat will be freed but the other
person punished.
The
best course of action in this scenario (or in nuclear war) is inaction. By
remaining mute (or unwilling to launch a first strike), neither party can be
implicated (or destroyed).
It’s
the same things that the computer Joshua learns in "War Games:" The
only way to win in nuclear war is not to play.
The mushroom cloud from the atomic bomb dropped on Hiroshima, Japan, by the United States on Aug. 6, 1945.
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A Minuteman nuclear missile in its silo at Warren Air Force Base in Wyoming, 1965.
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Secretary of Defense Robert McNamara in 1967
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