This book is the first volume in a two-volume compilation on controlled/living radical polymerization. It combines all important aspects of controlled radical polymerization: from synthetic procedures, to rational selection of reaction components, to understanding of the reaction mechanisms, to materials and applications.
This book is focused on recent progress in the rapidly developing field of controlled/living radical polymerization. It is a sequel to ACS Symposium Series 685, 768, 854, 944, 1023, and 1024. Volume 1100 deals with the mechanistic aspects of controlled radical polymerization and describes the recent advances in the most important techniques, whereas Volume 1101 contains chapters on new materials prepared by controlled radical polymerization as well as applications of these materials.

Separating truth from hype, this book introduces readers to the topic of life extension in a holistic manner that provides scientific, historical, and cultural perspectives. While the story of 16th-century explorer Juan Ponce de León futilely searching for the Fountain of Youth is likely a myth, it is true that for many centuries, mankind has sought "a cure for aging." Today, the anti-aging and longevity industry is a multibillion-dollar industry, and medical advances are continuing to find ways to add to our time on earth. Finding the Fountain of Youth: The Science and Controversy behind Extending Life and Cheating Death introduces readers to the topic of life extension in a holistic manner, examining the topic through scientific, historical, and cultural perspectives. It also highlights key medical and ethical controversies related to this particular area of gerontology and serves as a gateway for further research and study. The book's chapters address the history of movements to remain youthful, from ancient times through the modern era; past medical advances that significantly extended the average lifespan; and our cultural obsession with "staying young" that has spawned the anti-aging industry. Readers will learn about basic principles of aging and anti-aging, as well as the science behind the methods—both proven and hypothetical—that serve to extend the lifespan. The final section of the book examines controversial issues and debates related to life extension, such as global overpopulation, length of life versus quality of life, and socioeconomic concerns.

It is widely acknowledged that a central aim of science is to achieve understanding of the world around us, and that possessing such understanding is highly important in our present-day society. But what does it mean to achieve this understanding? What precisely is scientific understanding? These are philosophical questions that have not yet received satisfactory answers. While there has been an ongoing debate about the nature of scientific explanation since Carl Hempel advanced his covering-law model in 1948, the related notion of understanding has been largely neglected, because most philosophers regarded understanding as merely a subjective by-product of objective explanations. By contrast, this book puts scientific understanding center stage. It is primarily a philosophical study, but also contains detailed historical case studies of scientific practice. In contrast to most existing studies in this area, it takes into account scientists' views and analyzes their role in scientific debate and development. The aim of Understanding Scientific Understanding is to develop and defend a philosophical theory of scientific understanding that can describe and explain the historical variation of criteria for understanding actually employed by scientists. The theory does justice to the insights of such famous physicists as Werner Heisenberg and Richard Feynman, while bringing much-needed conceptual rigor to their intuitions. The scope of the proposed account of understanding is the natural sciences: while the detailed case studies derive from physics, examples from other sciences are presented to illustrate its wider validity.

The book's primary objectives are to welcome you to the abundant and meaningful international and multidisciplinary education discovery journey. You will grow from exposure to other cultures and their practices and I daresay, become better teachers in your local as well as on-line environments. Most every local classroom is multi-cultural as well. The students have different backgrounds and different ways of internalizing information meaningfully.The book will provide practical examples how to design, promote and teach various courses and seminars abroad. Examples are those the author experienced with a specific pedagogical idea that is successful in one system, however, the same concept may face unexpected challenges or fail in another system. Most importantly, the book will focus on applying feedback as vital tools that will guide us to the designing, promoting and teaching mathematics and multidisciplinary courses and seminars. The book's most important goal is to make international and multidisciplinary education accessible to everyone.The book will compare several educational systems as well as their similarities and differences. These include different teaching and learning styles, students' preparation levels, and students' interests and value orientations. The goal is to inspire you to embark on your own innovative discovery journey, seek out multi-cultural and international teaching opportunities and to effectively reach, effectively communicate information and help students learn.

Innovation analytics is an emerging paradigm that integrates information/knowledge, analytics, digital twins and artificial intelligence to support and manage the entire lifecycle of a product and process from inception, through engineering design and manufacture, to service and disposal of manufactured products. Innovation analytics is to become an integral part of the innovation lifecycle to help make smart, agile decisions and accelerate business growth.Innovation Analytics: Tools for Competitive Advantage provides a comprehensive overview of the challenges and opportunities behind:In exploring the impact of emerging developments in the current climate, researchers and academics will be able to gain insights into real-world usage of analytics for innovation and contribution toward society.

A lively and highly readable account of the origins, invention and discovery of just about everything on the planet, the truly global coverage of The First of Everything ranges from the Big Bang to driverless cars.

The First of Everything follows a context-setting introduction with seven stimulating sections: In the Beginning (The Big Bang to Homo Sapiens), At Home (the first glass windows to dentures and bikinis); Health and Medicine (herbs to heart transplants); Getting About (donkeys to double deckers); Science and Engineering (potter's wheel to webcam); Peace and War (the first king to fighter-bombers); and Culture (cave painting to rap). This fascinating book takes in the full sweep of human development and ingenuity over twelve millennia; Africa, for example, gave us the first monarch, algebra and great religions emerged from the Middle East, democracy was born in Europe, and America made the first flying machines. More than just a string of dry lists, the colourful text's intriguing insights and asides make it as enjoyable for the casual browser as the more serious researcher.

Over the last thirty years, more and more critics and scholars have come to recognize the importance of science to literature. 'Science in Modern Poetry: New Directions' is the first collection of essays to focus specifically on what poets in the twentieth and twenty-first centuries have made of the scientific developments going on around them. In a collection of twelve essays, leading experts on modern poetry and on literature and science explore how poets have used scientific language in their poems, how poetry can offer new perspectives on science, and how the 'Two Cultures' can and have come together in the work of poets from Britain and Ireland, America and Australia. What does the poetry of a leading immunologist and a Nobel-Prize-winning chemist tell us about how poetry can engage with science? Scientific experiments aim to yield knowledge, but what do the linguistic and formal experiments of contemporary American poets suggest about knowledge in their turn? How can universities help to bring these different experimental cultures and practices together? What questions do literary critics need to ask themselves when looking at poems that respond to science? How did developments in biology between the wars shape modernist poetry? What did William Empson make of science fiction, Ezra Pound of the fourth dimension, Thomas Hardy of anthropology? How did modern poets from W. B. Yeats to Elizabeth Bishop and Judith Wright respond to the legacy of Charles Darwin? This book aims to answer these questions and more, in the process setting out the state of the field and suggesting new directions and approaches for research by students and scholars working on the fertile relationship between science and poetry today.

For decades, science and technology (sci-tech) have influenced world trade, world economy, and international finance. However, their specific impacts are seldom known and related empirical studies are rare. Thus, we must quantify and empirically explore how sci-tech influences such areas as mentioned above. The purpose of this book is to explore how sci-tech influences world trade, foreign exchange, and currency internationalization in various ways through quantifying science & technology first. This book empirically explores how major world currencies might change their relative international positions with continuous innovation and diffusion of sci-tech.Currency internationalization is measured by the percentage share of the average daily turnover of a particular currency in the global foreign exchange market over the corresponding overall daily turnover of the global foreign exchange market. Sci-tech as a commodity is borderless, yet its inventors and related businesses are bound by the intellectual property laws of their own countries. Patents, especially international patents, are useful representations of science & technology. They cannot be compared directly because of different criteria of patent regulators worldwide, and thus the quality of patents varies across patent regulators. Based on patent data from annual IP 5 Statistics Reports and charges for the use of IP of major currency issuers released by WTO, this book defines and quantifies sci-tech originality capability using data of charges for the use of IP of each economy and sci-tech internationalization using weighted patent families first, and proceeds to study how sci-tech internationalization affects currency internationalization.

WINNER OF THE 2025 JOHN BURROUGHS MEDAL FOR DISTINGUISHED NATURAL HISTORY WRITING

'Vast and arresting' SPECTATOR

'A remarkably human take on the geological world' NEW STATESMAN

Rocks are the record of our creative planet reinventing itself for four billion years. Nothing is ever lost, just transformed.

Marcia Bjornerud's life as a geologist has coincided with an extraordinary period of discovery. From an insular girlhood in rural Wisconsin, she found her way to an unlikely career studying mountains in remote parts of the world. As one of few women in her field, she witnessed the shift in our understanding of the Earth, from solid object to an entity in a constant state of transformation. In the most tumultuous times of her own life, a deep understanding of our rocky planet imbued her life with meaning.

The lives of rocks are long and complex, spanning billions of years and yet shaping our own human lives in powerful, invisible ways. Sandstone that filters out pathogens creating underground oases in aquifers of clean water. Ecologite is "the chosen rock" whose formation keeps the planet running. Earth is not just a passive backdrop, or a source of resources to be mined, extracted, and carved out. Rocks are full of wisdom, but somewhere along the way many of us have forgotten how to hear it.

When we are uncertain about where to find truth, a geocentric worldview reminds us that we are Earthlings, part of a planetary community where we can find wisdom in the most unlikely places.

More praise for TURNING TO STONE:
'Marcia Bjornerud writes evocatively' COUNTRY LIFE
'A nuanced celebration of the language of stone' DAVID GEORGE HASKELL
'A unique and timeless book' ROBERT HALZEN