A Brief History of Creation (11 page)

Needham published his work in the
Philosophical Transactions
in 1748, several years before Buffon would publish the results of their collaboration in his own book. This time, Needham went far beyond his
first submissions. He had become bolder, more confident in the theories he had developed and perfected in the presence of Buffon's inquisitive mind. He didn't shy away from drawing conclusions that would make a mark on the world of natural philosophy. The spontaneous generation he witnessed, he argued, was not just the way
some
creatures reproduced. It was the method
every
creature used to reproduce. For, what were the spermatozoa he saw in his microscope if not little animalcules? He was convinced that these, and not the preformationists' “germs,” were the true source of all life. He had discovered what he called a “vegetative force” that was the “one common Principle, the source of all, a kind of universal Semen.” Needham added something else about his discovery, something that went beyond the purely scientific. He said that his “universal semen” was proof of an “an All-wise Being, All-powerful, and All-good, who gave to Nature its original force, and now presides over it.” Not everyone would see it that way.

A
YEAR AFTER
Needham's paper appeared in the
Philosophical Transactions
, the first volumes of Buffon's simple “inventory” began to arrive in the bookstores of Paris. Released under the title
Natural History: General and Particular
, every available copy sold within a few weeks. The publishers rushed to keep up with demand. By the time Buffon was finished,
Natural History
comprised thirty-six volumes filled with gorgeous illustrations, including a plated illustration of Buffon and Needham at work in the laboratory.

In the second volume, Buffon unveiled his own grand theory of life. All organisms were composed of what Buffon called “organic molecules” that governed the life cycle from birth to death. For Buffon as it was for Descartes, life wasn't especially different from any other phenomenon found in nature. “Living and animation,” he wrote, “instead of being a metaphysical degree of being, is a physical property of matter.”

Buffon believed these molecules continued to exist even after death, traveling through the air until they joined with other organic molecules and reassembled themselves, forming entirely new creatures that could be different by grades from the original. This was how he accounted for the
gradations within species that so many natural philosophers had begun to notice. His theory may not have been correct, but it was, for the time, awfully good conjecture, and a decent precursor to Charles Darwin's theory of natural selection. Even variations within the human race, Buffon believed, were a result of this phenomenon. Adam and Eve were Caucasians, while what he saw as lesser races were their descendants who had been made inferior by their weak environments.
^§
As caustic as such views would sound a century or so later, they were almost progressive at a time when many thought of different races as altogether different species.

Buffon did something else in
Natural History
that would have historic implications. He used the word “reproduction” to describe the creation of offspring, a phenomenon previously referred to as “generation.” The term “reproduction” had first been used by Réaumur to describe regeneration such as that found in Trembley's polyp, but Buffon used the word both in the regenerative sense
and
to describe the normal process of giving birth. While “generation” implied the blooming of a seed crafted by the hand of God, “reproduction” suggested replication, however inexact. Soon, more natural philosophers would begin to think of biology in terms of continuity, in terms of lines of descent.

V
OLTAIRE FIRST READ
Natural History
in Geneva in 1767, not long after he had identified Needham as his foil on the subject of miracles. In his copy of Buffon's book, Voltaire scribbled angry notes in the margins. The word “chimera” appears over and over again, he noted. Where Buffon described Needham's work, Voltaire wrote, “Needham has seen, has imagined, has said only foolishness!”

Voltaire and Buffon had been friends in their youth, but Voltaire had
grown wary of Buffon by the time
Natural History
was released. The director of the Jardin du Roi was far too close to a man Voltaire considered an enemy, the brilliant natural philosopher Pierre-Louis Maupertuis. As Voltaire read through Buffon's book, he saw Maupertuis's influence everywhere, especially in Buffon's theory of life.

Voltaire's feud with Maupertuis was rather one-sided, and personal. They, too, had been friends once. Both shared a passion for the work of Isaac Newton, whose use of mathematics to describe natural phenomena had revolutionized the study of physics. At the time, the French scientific establishment was reluctant to embrace Isaac Newton, whose reputation abroad was supplanting that of their own preeminent natural philosopher, René Descartes. That Newton was an Englishman made it even worse.

Voltaire didn't share those prejudices. He spent his first exile in England and was treated like a visiting dignitary. He received a pension from King George II and was fêted by London's high society, including Jonathan Swift, whose own work had influenced the younger French author. In letters to friends at home, Voltaire had referred to France as “your nation” and noted the “difference between their liberty and our slavery, their sensible toughness and our superstition, the encouragement that all the arts receive at London and the shameful oppression under which they languish at Paris.” He attended Newton's funeral at Westminster Abbey and set about learning everything he could about the Englishman whose use of mathematics was transforming the study of physics.

No figure would ever have more influence on Voltaire's view of the natural world. Voltaire began slipping in the word “gravity” whenever he had the chance, often merely to indicate his pleasure, similar to the way a modern writer would use the word to show seriousness. London, Voltaire said, ran on “gravity.” To Maupertuis, he wrote that he had become a convinced Newtonian. “The more I glimpse of this philosophy, the more I admire it,” he said. “One finds at each step that the whole universe is arranged by mathematical laws that are eternal and necessary.”

A woman soon came between Voltaire and Maupertuis. Her name was Émilie Le Tonnelier de Breteuil, marquise du Châtelet. By the time her relationship with Voltaire started in earnest, du Châtelet was married, the
mother of three children, and on her way to becoming one of the most brilliant women of an era in which brilliant women were simply not recognized. She had largely stolen her education, sneaking her way into weekly seminars conducted by the country's most accomplished writers and scientists, and hosted by her father, the secretary to the king. As a little girl, du Châtelet devoured the lectures. Later, she became a regular at meetings of the French Academy of Sciences, where her young mind was quick to accept the brilliance of Newton, even while so many of the lecturers dismissed him. Voltaire had always ridiculed the notion of love, but anyone could see that he was smitten by the marquise. She had a mind that could compete with his own. It could even surpass it. He told friends he had met “his Newton.” She said the two of them would be together forever.

In 1734, the fawning account Voltaire had written of his earlier exile in England was finally published in France. Voltaire had compared the two countries and found France wanting in nearly every respect. The treatise caused an uproar in Paris, and Voltaire fled the capital for a country estate owned by the marquise's husband. Soon the marquise herself joined him there. The house was set in the picturesque woodlands of Champagne, in countryside dotted with iron foundries built by the Romans. More important, the woods provided plenty of advance warning in case the authorities decided to arrest Voltaire, and it was close to the border in case they had to flee. The house was called Cirey.

Together, Voltaire and du Châtelet assembled a huge library of twenty-one thousand books on natural philosophy. The two set up a makeshift laboratory, where they would spend their days conducting experiments, most of which reportedly involved Voltaire's interests in the nature of fire. The room next door served as a bedroom for du Châtelet's husband, who would often come to visit. He knew of the affair. He didn't like it but stayed out of the way.

The two lovers wrote prolifically. Du Châtelet went to work translating Newton's great work
Principia mathematica
into French. Her translation would become the definitive French edition of one of the most important scientific books in history, and would still be used into the twenty-first century. Voltaire continued writing plays and commentary but also found
time to write
Elements of Newton's Philosophy
, a book presenting the great thinker's theories in ways that were easy for regular people to comprehend. The book helped Newton win acceptance in France and popularized the story of the Englishman's “eureka” moment of the apple falling from a tree.

Eventually, Voltaire and du Châtelet drifted apart. Both took other lovers, and du Châtelet died in 1749, while giving birth to the child of the poet Jean Francois de Saint-Lambert. In a letter to Frederick, now King of Prussia, Voltaire wrote that du Châtelet was “a great man whose only fault was being a woman.”

Throughout their affair, the arrogant Voltaire could never quite shake the fact that du Châtelet, not he, was the brilliant scientific mind. Du Châtelet likely wrote at least some of Voltaire's book on Newton, and may have written most of it. She understood Newton at a level Voltaire never could. What made it all worse was that du Châtelet had a man in her life who was her scientific equal. It was Maupertuis. She had known him since he tutored her as a girl, and had loved him once.

There was no evidence that Maupertuis ever returned du Châtelet's affections, but Voltaire could never shake his jealousy. In 1736, letters from Maupertuis began to arrive at Cirey, delivered from “the pole.” Maupertuis was in Lapland, measuring a meridian to prove the shape of the Earth. At the time, many thought the Earth to be in the shape of an elongated globe, slightly longer about its axis, but Maupertuis was in the process of proving Newton's theory that just the opposite was true, that the Earth is, in fact, slightly flatter at the poles. Maupertuis returned a national hero and was named head of the French Academy of Sciences, the organization to which Voltaire would never so much as be offered a membership. Voltaire put his mind to seriously studying physics. He asked his friend Alexis Clairaut, a mathematician and astronomer with a reputation for simple straightforwardness, to assess his progress. Unimpressed, Clairaut told Voltaire to stick to literature.

In 1750, not long after du Châtelet's death, Voltaire went to Berlin, where Frederick had ascended to the throne. The king lavished his old friend with a 20,000-franc pension. But once again, Voltaire found himself overshadowed by Maupertuis, who a few years before had been named
head of the Prussian Royal Academy of Sciences, even as he directed the equivalent organization in Paris. That was when Voltaire wrote his first of several satires pointed at Maupertuis, a story called
The Story of Doctor Akakia and the Native of St. Malo
.
^¶
Frederick had the book burned and even threw Voltaire in prison for a short time. Later, a book appeared making the accusation that almost everyone who visited the Prussian court knew to be true but none dared to say, that Frederick was a homosexual.
^#
Voltaire was believed to be the author, and his friendship with Frederick was strained. They eventually reconciled in Voltaire's later years.

It was by way of Maupertuis that Voltaire first heard the name of John Needham. In 1752, Maupertuis published a series of letters detailing his thoughts on a range of scientific subjects. One of them delved into the subject of the origin of life, drawing on Buffon's
Natural History
and Needham's
Philosophical Transactions
paper. Maupertuis described Needham's experiment and the little eel that “looks to the eye like small fish” and “when allowed to dry and be without life for entire years, is always ready to be revived when one returns it to its element.” But Maupertuis took Needham's observation to a place the priest had not intended. “Does not all of this,” he continued, “plunge the mystery of generation back into an obscurity even more profound than that from which we had wanted to draw it?” The implication was clear, to Voltaire at least. For him, Maupertuis, like so many in the circle of French intellectuals in which they ran, was questioning the need for a creator.

Voltaire responded to Maupertuis's letters with disdain. He wrote another satire,
Séance memorable
, a parody of Berlin in which Maupertuis is depicted presiding over a lavish dinner that includes “a superb dish composed of paté of eels all one within the other and born suddenly from
a mixture of diluted flour” and “fish that were formed immediately from grains of germinated wheat.” At that point, Voltaire could still treat the science touted by Maupertuis as ridiculous. He would soon come to understand it as dangerous.

B
Y THE TIME
of his argument with Needham, Voltaire was an aging philosopher who no longer seemed quite so radical, at least in the radicalized world of French intellectuals. He had lived long enough that the world seemed to be passing him by. His support of enlightened monarchy seemed passé in light of the growing demands for a republican or even a democratic form of government. In the area of religion, where he had made such a mark as a provocateur, his views had begun to look tame. When he was young, those who questioned the tenets of religion were few and cautious. Their enemies saw little distinction among atheists, deists, or the many shades between. Neither, often, did the atheists or deists themselves. But things were changing. Men were becoming more daring, and those who called themselves atheists were becoming more brash.