Chance discovery means discovering chances - the breaking points in systems, the marketing windows in business, etc. It involves determining the significance of some piece of information about an event and then using this new knowledge in decision making. The techniques developed combine data mining methods for finding rare but important events with knowledge management, groupware, and social psychology. The reader will find many applications, such as finding information on the Internet, recognizing changes in customer behavior, detecting the first signs of an imminent earthquake, etc. This first book dedicated to chance discovery covers the state of the art in the theory and methods and examines typical scenarios, and it thus appeals to researchers working on new techniques and algorithms and also to professionals dealing with real-world applications.

Alexander Herzen—philosopher, novelist, essayist, political agitator, and one of the leading Russian intellectuals of the nineteenth century—was as famous in his day as Tolstoy and Dostoevsky. While he is remembered for his masterpiece My Past and Thoughts and as the father of Russian socialism, his contributions to the history of ideas defy easy categorization because they are so numerous. Aileen Kelly presents the first fully rounded study of the farsighted genius whom Isaiah Berlin called “the forerunner of much twentieth-century thought.” In an era dominated by ideologies of human progress, Herzen resisted them because they conflicted with his sense of reality, a sense honed by his unusually comprehensive understanding of history, philosophy, and the natural sciences. Following his unconventional decision to study science at university, he came to recognize the implications of early evolutionary theory, not just for the natural world but for human history. In this respect, he was a Darwinian even before Darwin. Socialism for Russia, as Herzen conceived it, was not an ideology—least of all Marxian “scientific socialism”—but a concrete means of grappling with unique historical circumstances, a way for Russians to combine the best of Western achievements with the possibilities of their own cultural milieu in order to move forward. In the same year that Marx declared communism to be the “solution to the riddle of history,” Herzen denied that any such solution could exist. History, like nature, was contingent—an improvisation both constrained and encouraged by chance.

The Accidental Scientist explores the role of chance and error in scientific, medical and commercial innovation, outlining exactly how some of the most well-known products, gadgets and useful gizmos came to be.

The researcher who discovered the Great Pacific Garbage Patch—and remains one of today's key advocates for plastic pollution awareness—inspires a fundamental rethinking of the modern Plastic Age. In 1997, environmentalist Charles Moore discovered the world's largest collection of floating trash—the Great Pacific Garbage Patch ("GPGP")—while sailing from Hawaii to California. Moore was shocked by the level of pollution that he saw. And in the last 20 years, it's only gotten worse—a 2018 study has found that the vast dump of plastic waste swirling in the Pacific Ocean is now bigger than France, Germany, and Spain combined—far larger than previously feared. In Plastic Ocean, Moore recounts his ominous findings and unveils the secret life of plastics. From milk jugs and abandoned fishing gear to polymer molecules small enough to penetrate human skin and be unknowingly inhaled, plastic is now suspected of contributing to a host of ailments, including infertility, autism, thyroid dysfunction, and certain cancers. An urgent call to action, Plastic Ocean's sobering revalations have been embraced by activists, concerned parents, and anyone alarmed by the deadly impact and implications of this man-made environmental catastrophe.

Accidental Information Discovery: Cultivating Serendipity in the Digital Age provides readers with an interesting discussion on the ways serendipity—defined as the accidental discovery of valued information—plays an important role in creative problem-solving. This insightful resource brings together discussions on serendipity and information discovery, research in computer and information science, and interesting thoughts on the creative process. Five thorough chapters explore the significance of serendipity in creativity and innovation, the characteristics of serendipity-friendly tools and minds, and how future discovery environments may encourage serendipity. - Examines serendipity in a multidisciplinary context - Bridges theory and practice - Explores digital information landscapes of the future with essays from current researchers - Brings the concept of accidental discovery and its value front and center

Buckyballs are hollow-sphere molecules of 60 carbon atoms arranged such that they resemble the famous geodesic domes of Buckminster Fuller. Science writer Baggott recounts how the new form of the common element was developed; the applications of its radically different properties, particularly in high-temperature superconductors; and the implications of its discovery for chemistry and the conception of large carbon structures. Most of his account is accessible to readers with little or no scientific background. Annotation copyright by Book News, Inc., Portland, OR

Elaborate apparatus plays an important part in the science of to-day, but I sometimes wonder if we are not inclined to forget that the most important instrument in research must always be the mind of man. It is true that much time and effort is devoted to training and equipping the scientist's mind, but little attention is paid to the technicalities of making the best use of it. There is no satisfactory book which systematises the knowledge available on the practice and mental skills—the art—of scientific investigation. This lack has prompted me to write a book to serve as an introduction to research. My small contribution to the literature of a complex and difficult topic is meant in the first place for the student about to engage in research, but I hope that it may also interest a wider audience. Since my own experience of research has been acquired in the study of infectious diseases, I have written primarily for the student of that field. But nearly all the book is equally applicable to any other branch of experimental biology and much of it to any branch of science. – (Cambridge, 1957. W.I.B. Beveridge)

Annotation This book documents the scientific outcome and constitutes the final report of the Japanese research project on discovery science. During three years more than 60 scientists participated in the project and developed a wealth of new methods for knowledge discovery and data mining. The 52 revised full papers presented were carefully reviewed and span the whole range of knowledge discovery from logical foundations and inductive reasoning to statistical inference and computational learning. A broad variety of advanced applications are presented including knowledge discovery and data mining in very large databases, knowledge discovery in network environments, text mining, information extraction, rule mining, Web mining, image processing, and pattern recognition.

This "stunning journey through a country that is home to exhilarating natural wonders, and a scarring colonial past . . . makes breathtakingly clear the connection between nature and humanity, and offers a singular portrait of the complexities inherent to our ideas of identity, family, and love" (Refinery29). A chance discovery of letters written by her immigrant grandfather leads Jessica J. Lee to her ancestral homeland, Taiwan. There, she seeks his story while growing closer to the land he knew. Lee hikes mountains home to Formosan flamecrests, birds found nowhere else on earth, and swims in a lake of drowned cedars. She bikes flatlands where spoonbills alight by fish farms, and learns about a tree whose fruit can float in the ocean for years, awaiting landfall. Throughout, Lee unearths surprising parallels between the natural and human stories that have shaped her family and their beloved island. Joyously attentive to the natural world, Lee also turns a critical gaze upon colonialist explorers who mapped the land and named plants, relying on and often effacing the labor and knowledge of local communities. Two Trees Make a Forest is a genre–shattering book encompassing history, travel, nature, and memoir, an extraordinary narrative showing how geographical forces are interlaced with our family stories.

Kantorovich analyzes the notion of discovery. He views the process as inference and questions whether there is logic or method to discovery. He provides an alternative perspective on scientific discovery that explains the difficulties in finding a satisfactory method of discovery. Within the framework of evolutionary epistemology, discovery is treated as a phenomenon in its own right having psychological and social dimensions. Science is viewed as a continuation of the evolutionary process whereby creative discovery plays a role similar to blind mutation in biological evolution. From this perspective, serendipity and tinkering are key notions in understanding the creative process.