Nonzero: The Logic of Human Destiny is a 1999 book by Robert Wright, in which the author argues that biological evolution and cultural evolution are shaped and directed first and foremost by "non-zero-sumness" i.e., the prospect of creating new interactions that are not zero-sum. Thesis The principal argument of Nonzero is to demonstrate that natural selection results in increasing complexity within the world and greater rewards for cooperation. Since, as Wright puts it, the realization of such prospects is dependent upon increased levels of globalization, communication, cooperation, and trust, what is thought of as human intelligence is really just a long step in an evolutionary process of organisms (as well as their networks and individual parts) getting better at processing information. Through this lens, and an overview of human history, Wright typifies the argument against the views of noted paleontologist Stephen Jay Gould. Gould wrote that "Humans are here by the luck of the draw." Wright acknowledges one aspect of Gould's argument—that the evolutionary process was not such that it would inevitably create humans as we know them today ("five fingers, five toes, and so on") but that evolution would almost certainly result in the creation of highly intelligent, communicating organisms, who would in turn develop tools and advanced technologies. Evidence for natural selection driving improvements in information processing is given throughout, including the case of the bombardier beetle, an insect that developed the ability to spray its attackers with harsh chemicals. This, in turn, favored predators via natural selection who had techniques to avoid the spray. As Wright puts it, "complexity breeds complexity." This is the often referred to evolutionary phenomenon of the "arms race," wherein competing organisms stack up their developments in competition with one another. Via this increasing complexity, according to Nonzero, higher intelligence was thus destined to happen, perhaps even "inevitable". Complexity and zero-sum solutions in human society Wright argues that as complexity in human society increases, the ability to reap "non-zero-sum gains" increases. For example, electronic communications enable trade at a global level, and allow various societies to trade in items they could not produce or obtain otherwise, resulting in benefits for everyone: new goods. Similarly, global governments allow global solutions to common problems. Were aliens to attack, or the Arctic glaciers to melt, the world would be able to use its communicative technologies to band societies together and defend itself at large. In fact,