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Far from overthrowing or stepping outside that tradition, Wittgenstein builds on it, draws from it, and contributes brilliantly to the fruition of certain elements in it. In This Complicated Form of Life, Garver analyzes from several angles Wittgenstein's relationship to Kant, and to what Finch has called Wittgenstein's completion of Kant's revolt against the Cartesian hegemony of epistemology in philosophy.
Moral philosophy, like much of philosophy generally, has been bedeviled by an obsession with seeking secure epistemological foundations and with dichotomies between mind and body, fact and value, subjectivity and objectivity, nature and normativity. These are still alive today in the realism-versus-antirealism debates in ethics. Peg O'Connor draws inspiration from the later Wittgenstein's philosophy to sidestep these pitfalls and develop a new approach to the grounding of ethics (i.e., metaethics) that looks to the interconnected nature of social practices, most especially those that Wittgenstein called “language games.” These language games provide structure and stability to our moral lives while they permit the flexibility to accommodate change in moral understandings and attitudes. To this end, O'Connor deploys new metaphors from architecture and knitting to describe her approach as “felted stabilism,” which locates morality in a large set of overlapping and crisscrossing language games such as engaging in moral inquiry, seeking justifications for our beliefs and actions, formulating reasons for actions, making judgments, disagreeing with other people or dissenting from dominant norms, manifesting moral understandings, and taking and assigning responsibility.
What determines whether complex life will arise on a planet, or even any life at all? Questions such as these are investigated in this groundbreaking book. In doing so, the authors synthesize information from astronomy, biology, and paleontology, and apply it to what we know about the rise of life on Earth and to what could possibly happen elsewhere in the universe. Everyone who has been thrilled by the recent discoveries of extrasolar planets and the indications of life on Mars and the Jovian moon Europa will be fascinated by Rare Earth, and its implications for those who look to the heavens for companionship.
Every person on the planet has experienced loss; that's a brutal fact of life. But in these darkest times, we are presented with much more that just grief; we are given the opportunity to learn, heal, and grow. When you reach a place where you can view setbacks as reminders to appreciate the good things in your life, you have taken the first step to owning your destiny as a happier, more joyful, and more successful person. Carlos Wallace, president and CEO of entertainment management firm Sol-Caritas, has known his share of sadness and loss. In those times, he goes back to the lessons he learned from his parents and grandparents. From their hardship, he draws inspiration for strength. In their history, he finds encouragement for his future. The answers you're looking for are within reach. Perhaps the solution to your problem has already been revealed to you, but how will you know where to find the answers? When things spin out of control and you lose direction, these lessons can help you. Life really isn't all that complicated. People, on the other hand, are. No matter how long it takes to get to where you need to be, as long as you take that first step, you'll be further along than if you did nothing at all.
DISCOVER THE WORLD OF LIFE AS GOD CREATED IT! The field of biology focuses on living things, from the smallest microscopic protozoa to the largest mammal. In this book you will read and explore the life of plants, insects, spiders and other arachnids, life in water, reptiles, birds, and mammals, highlighting God's amazing creatio. You will learn about the following and so much more: How does biological classification give each different type of plant or animal a unique name? In what ways are seeds spread around the world? What food does the body use for long-term storage of energy? How did biologists learn how the stomach digested food? What plant gave George de Mestral the idea for Velcro? For most of history, biologists used the visible appearance of plants or animals to classify them. They grouped plants or animals with similar-looking features into families. Starting in the 1990s, biologists have extracted DNA and RNA from cells as a guide to how plants or animals should be grouped. Like visual structures, these reveal the underlying design or creation. The newest book in our Exploring series, Exploring the World of Biology is a fascinating look at life - from the smallest proteins and spores, to the complex life systems of humans and animals.
Surveys the online social habits of American teens and analyzes the role technology and social media plays in their lives, examining common misconceptions about such topics as identity, privacy, danger, and bullying.
The assassin's bullet misses, the Archduke's carriage moves forward, and a catastrophic war is avoided. So too with the history of life. Re-run the tape of life, as Stephen J. Gould claimed, and the outcome must be entirely different: an alien world, without humans and maybe not even intelligence. The history of life is littered with accidents: any twist or turn may lead to a completely different world. Now this view is being challenged. Simon Conway Morris explores the evidence demonstrating life's almost eerie ability to navigate to a single solution, repeatedly. Eyes, brains, tools, even culture: all are very much on the cards. So if these are all evolutionary inevitabilities, where are our counterparts across the galaxy? The tape of life can only run on a suitable planet, and it seems that such Earth-like planets may be much rarer than hoped. Inevitable humans, yes, but in a lonely Universe.
We are in the midst of a revolution. It is a scientific revolution built upon the tools of molecular biology, with which we probe and prod the living world in ways unimaginable a few decades ago. Need to track a bacterium at the root of a hospital outbreak? No problem: the offending germ's complete genetic profile can be obtained in 24 hours. We insert human DNA into E. coli bacteria to produce our insulin. It is natural to look at biotechnology in the 21st century with a mix of wonder and fear. But biotechnology is not as 'unnatural' as one might think. All living organisms use the same molecular processes to replicate their genetic material and the same basic code to 'read' their genes. The similarities can be seen in their DNA. Here, John Archibald shows how evolution has been 'plugging-and-playing' with the subcellular components of life from the very beginning and continues to do so today. For evidence, we need look no further than the inner workings of our own cells. Molecular biology has allowed us to gaze back more than three billion years, revealing the microbial mergers and acquisitions that underpin the development of complex life. One Plus One Equals One tells the story of how we have come to this realization and its implications.