Modern forest products research had its start hardly fifty years ago. Today we are in a position to apply the title "wood science" to the field of wood technology that is based on scientific investigation, theoretical as well as experimental. It is this research that fosters new uses for wood as a raw material and that creates the foundation for new industries for the manufacture of wood-base materials such as plywood, laminated products, particle and fiber board and sand wich construction. Wood technology in its broadest sense combines the disciplines of wood anatomy, biology, chemistry, physics and mechanical technology. It is through this interdisciplinary approach that progress has been made in wood seasoning, wood preservation methods, wood machining, surfacing and gluing, and in the many other processes applied in its utilization. In 1936 the senior author published a book entitled, "Technologie des Holzes," which was a first approach to a universal reference book on wood technology. The first edition of Volume I of the Textbook of Wood Technology, co-authored by H. P. BROWN, A. J. P AN SHIN, and C. C. FORSAITH, was published in 1948. An indication of the rapid development of this field can be gained from the fact that the second edition of "Technologie des Holzes und der Holzwerkstoffe," completely revised, was needed by 1951. It contains 2233 pages compared with the 764 pages of the 1936 edition."

In this exuberant book, the best-selling author Natalie Angier distills the scientific canon to the absolute essentials, delivering an entertaining and inspiring one-stop science education. Angier interviewed a host of scientists, posing the simple question "What do you wish everyone knew about your field?" The Canon provides their answers, taking readers on a joyride through the fascinating fundamentals of the incredible world around us and revealing how they are relevant to us every day. Angier proves a rabble-rousing, wisecracking, deeply committed tour guide in her irresistible exploration of the scientific process and the basic concepts of physics, chemistry, evolutionary biology, cellular and molecular biology, geology, and astronomy. Even science-phobes will find her passion infectious as she strives "to make the invisible visible, the distant neighborly, the ineffable affable."

This book explains how society will face an energy crisis in the coming decades owing to increasing scarcity of fossil fuels and climate change impacts. It carefully explores this coming crisis and concisely examines all of the major technologies related to energy production (fossil fuels, renewables, and nuclear) and their impacts on our society and environment. The author argues that it is wrong to pit alternatives to fossil fuels against each other and proposes that nuclear energy, although by no means free of problems, can be a viable source of reliable and carbon-free electricity. He concludes by calling for a diversified and rational mix of electricity generation in order to mitigate the effects of the energy crisis. Throughout, the book is spiced with science, history, and anecdotes in a way that ensures rewarding reading without loss of rigor.

What are you? Obviously, you are a person with human ancestors that can be plotted on a family tree, but you have other identities as well. According to evolutionary biologists, for example, you are a member of the species Homo sapiens. To a microbiologist, though, you are a collection of cells, each of which has its own cellular ancestry. A geneticist might point out that besides these identities, you can be understood as a gene-replication machine, which can be plotted on a "genetic tree." Finally a physicist will give a rather different answer to the identity question: you can be understood as a collection of atoms, each of which has a very long history. Some have been around since the Big Bang, and others are the result of nuclear fusion that took place within a star. Not only that, but most of your atoms belonged to other living things before joining you. From your atoms' point of view, then, you are just a way station on a multibillion-year-long journey. You: A Natural History offers a multi-disciplinary investigation of your hyper-extended family tree, going all the way back to the Big Bang. And while your family tree may contain surprises, your hyper-extended history contains some truly amazing stories. As the result of learning more about who and what you are, and about how you came to be here, you will likely see the world around you with fresh eyes. You will also become aware of all the one-off events that had to take place for your existence to be possible: stars had to explode, the earth had to be hit 4.5 billion years ago by a planetesimal and 65 million years ago by an asteroid, microbes had to engulf microbes, the African savanna had to undergo climate change, and of course, any number of your direct ancestors had to meet and mate. It is difficult, on becoming aware of just how contingent your own existence is, not to feel very lucky to be part of our universe.

Written for mathematicians, engineers, and researchers in experimental science, as well as anyone interested in fractals, this book explains the geometrical and analytical properties of trajectories, aggregate contours, geographical coastlines, profiles of rough surfaces, and other curves of finite and fractal length. The approach is by way of precise definitions from which properties are deduced and applications and computational methods are derived. Written without the traditional heavy symbolism of mathematics texts, this book requires two years of calculus while also containing material appropriate for graduate coursework in curve analysis and/or fractal dimension.

Chosen as a Book of the Year 2021 by the Financial Times, Sunday Times, Daily Mail, Prospect, Guardian and The Times. 'Vaxxers is so good that the book will be read for long after the pandemic is over' Financial Times 'One of the most epic and pioneering moments in human history' Sir Jeremy Farrar __________ The bestselling inside story of a historic moment for science and for humanity. On 1 January 2020, Professor Sarah Gilbert read an article about four people in China with an illness of unknown cause. Within two weeks, she and her team had designed a new vaccine that would go on to save millions of lives from Covid-19. Capturing a landmark moment, Sarah Gilbert and Catherine Green reveal their story of making the pioneering Oxford AstraZeneca vaccine and fighting a pandemic as ordinary people in extraordinary circumstances. They separate fact from fiction, they explain how they made their highly effective vaccine in record time with the eyes of the world watching, and they give us hope for the future.

Is the future of food looking bleak - or better than ever? At a time when every day brings news of drought and famine, Amanda Little investigates what it will take to feed a hotter, hungrier, more crowded world. She explores the past along with the present and discovers startling innovations: remote-control crops, vertical farms, robot weedkillers, lab-grown meat, 3D-printed meals, water networks run by supercomputers, cloud seeding and sensors that monitor the microclimate of individual plants. She meets the creative and controversial minds changing the face of modern food production, and tackles fears over genetic modification with hard facts. The Fate of Food is a fascinating look at the threats and opportunities that lie ahead as we struggle for food security. Faced with a perilous future, it gives us reason to hope.

You are what you eat - or are you? What is in food? Where does it come from? Richard Lacey, Professor of Clinical Microbiology at Leeds University and a popular media critic on food issues, takes the reader on a culinary exploration into the world of food. Blending science and humour, he stimulates us to question the future and to think about the nature of what we eat and where it comes from. Richard Lacey is on the side of the consumer, you and me, as he reveals the sinister side of food production and the dangers lurking in the kitchen. The reader is served up with a feast of practical tips on the handling of food. But food is FUN too! Our taste buds work overtime as we are shown how to enjoy food that is delicious, healthy and safe. The overall message is enjoy your food but be aware of the dangers and take care. As you read you will laugh, wince and learn about FOOD.

'Sarma's book may be the most important work on education written this century' - Skeptic As the head of Open Learning at MIT, Sanjay Sarma has a daunting job description: to fling open the doors of the MIT experience for the benefit of the wider world. But if you're going to undertake such an ambitious project, you must first ask: How exactly does learning work? What conditions are most conducive? Are our traditional classroom methods - lecture, homework, test, repeat - actually effective? And if not, which techniques are? Grasp takes readers across multiple frontiers, from fundamental neuroscience to cognitive psychology and beyond, as it explores the future of learning. For instance: · Scientists are studying the role of forgetting, exposing it not as a simple failure of memory but a critical weapon in our learning arsenal · New developments in neuroimaging are helping us understand how reading works in the brain. It's become possible to identify children who might benefit from specialised dyslexia interventions - before they learn to read · Many schools have begun converting to flipped classrooms, in which you watch a lesson at home, then do your 'homework' in class Along the way, Sarma debunks long-held views such as the noxious idea of 'learning styles,' while equipping readers with a set of practical tools for absorbing and retaining information across a lifetime of learning. He presents a vision for learning that's more inclusive and democratic - revealing a world bursting with powerful learners, just waiting for the chance they deserve. Drawing from the author's experience as an educator and the work of researchers and educational innovators at MIT and beyond, Grasp offers scientific and practical insight, promising not just to inform and entertain readers but to open their minds.

Vestibular physiology has acquired new interest in the past few years. The development of fast aircraft, beginning during the Second World War and continuing through modern supersonic jets and space travel, has increased dramatically the acceleration range to which man is subjected, from prolonged weightlessness to several gs. The labyrinth measures all kinds of acceleration, including gravity. and therefore has taken on particular impor tance in the study of human health in the Space Age. It is understandable. then, that NASA sponsored the Symposium on Vestibular Function and Morphology. a satellite of the Eighth Annual Meeting of the Society of Neuroscience. held October 30-November 1. 1978, at the University of Pittsburgh, which also supported the symposium. The present volume was developed from papers originally presented there. My strategy in editing this book has been to focus upon the vestibular end organ and its direct connections. both peripheral and central, in order to as sure a coherent discussion of the basics of vestibular function, structure, and ultrastructure. Fortunately, it was possible to secure the contributions of a number of outstanding investigators from both the United States and abroad, including functionally oriented morphologists. ultrastructuralists, biophysicists, and vestibular physiologists. The result is a comprehensive discussion of the main mechanisms of the labyrinth: the transduction pro cess at the receptor level, in the semicircular canals, and in the utricular and saccular maculae; the information transfer through neuronal pathways to the nuclei and the cerebellum; and the general organization of the system."

Southeast Asia constitutes one of the world's most extended rainforest regions. It is characterized by a high degree of biodiversity and contains a large variety of endemic species. Moreover, these forests provide a number of important and sin gular ecosystem services, like erosion protection and provision of high quality wa ter, which cannot be replaced by alternative ecosystems. However, various forms of encroachment, mostly those made by human interventions, seriously threaten the continuance of rainforests in this area. There is ample evidence that the rainforest resources, apart from large scale commercial logging, are exposed to danger particularly from its margin areas. These areas, which are characterized by intensive man-nature interaction, have been identified as extremely fragile systems. The dynamic equilibrium that bal ances human needs and interventions on the one hand, and natural regeneration capacity on the other, is at stake. The decrease of rainforest resources is, to a sub stantial degree, connected with the destabilization of these systems. Accordingly, the search for measures and processes, which prevent destabilization and promote stability is regarded as imperative. This refers to both the human and the natural part of the forest margin ecosystem."

This book brings together some of the results and ideas produced by a large number of people-colleagues and students with whom I am privileged to work in the laboratory at Rockefeller University. In terms of my personal history I see it as a confluence of creative forces persons from whom I have learned. I was instructed in neuroanatomy by Walle J. H. Nauta at M. I. T., and later in a course at Harvard Medical School under the direction of Richard Sidman. At Harvard Medical School, where M. I. T. graduate students were allowed to cross register, the superb neurophysiology course was under the guiding spirit of Stephen Kuffler. Later, I benefited greatly from participating in his summer course in electrophysiological techniques at Woods Hole. Eric Kandel and his colleagues have provided us with the most exciting contemporary approach to the conceptualization and study of cellular mechanisms for behavior. Here at Rockefeller, Carl Pfaffmann and Neal Miller have been leaders in every sense of the word. Not only did they provide me with opportunities to grow to scientific maturity; they also set an example of clear thinking about mechanisms for mammalian behavior patterns. I wrote this book to show how the systematic use of increasingly detailed electrophysiological, neuroanatomical, and neuroendocrine tech niques can explain the mechanism for a mammalian behavioral response. The behavior in question happens to be sensitive to steroid hormones and plays a central role in reproduction."

The articles treat subjects such as the social responsibility of scientists, thermonuclear processes in stars and stellar neutrinos, turbulence and the emergence of planetary systems.

Considerable attention is paid to the unity of nature, the nature of time, and to information about, and interpretation of, the structure of quantum theory, all important philosophical problems of our times.

The last section describes von Weizs cker's ur-hypothesis and how it will theoretically permit the construction of particles and interactions from quantized bits of information.

Some fifty years ago as a cub reporter, Barbree caught space fever the night that Sputnik passed over Albany, Georgia. On a double date where the couples actually did some star gazing, Barbree recognized that exploring space would become one of the most important stories of the century. Convinced that one day astronauts would walk on the moon, Barbree moved to the then sleepy ocean-side community of Cocoa Beach, right outside Cape Canaveral, and began reporting on rockets that soared, exploded, and fizzled. In the decades to come he witnessed a parade of history as space pioneers, hucksters, groupies and politicians participated in the greatest show of technology the world had ever seen. In "Live from Cape Canaveral", Barbree offers his unique perspective on the space program. Warm and perceptive, he reminds us just how thrilling the great moments of the space race were and why America fell in love with its heroic, sometimes larger-than-life astronauts.

You don't have to be an eccentric obsessive to be a scientist, but it helps...In The Mad Science Book, Reto Schneider tells the extraordinary tales of 100 of the more unusual experiments conducted across seven centuries of science. From the attempts of the 14th-century Dominican monk Theodoric von Freiberg to discover the cause of the rainbow, to the efforts of the 20th-century psychologist Harry Harlow to be the perfect mother to a family of reluctant rhesus monkeys, these are stories that are often bizarre, sometimes mind-boggling - occasionally stomach-churning - but always diverting, informative and enlightening. Among the myriad delights on display in this cabinet of scientific curiosities are the renowned doctor from Padua who sat in a pair of scales for 30 years, recording the minutest changes in his weight; the sheep, the duck and the rooster who became the world's first air passengers; the disgusting Dr Stubbins Ffirth, who swallowed other people's vomit in an attempt to prove that yellow fever cannot be transmitted from one person to another; the hapless soldier Alexis St Martin, left with a hole in his stomach after an accident with a musket; and the ever-optimistic Charles-Edouard Brown-Sequard, who injected himself with essence of guinea pigs' testicles as an anti-ageing remedy. There is trivia here in abundance, but also quirky, but genuinely influential, science, notably Merrill Flood's and Melvin Dresher's experiments with choices of outcomes, which have been widely influential as game theory. A fizzing cocktail of fascinating science and rich entertainment, The Mad Science Book tells the extraordinary stories of some truly, madly, geeky people. It should be top of every self-respecting science buff's Christmas 2008 wishlist.

Veteran NPR(R) science reporter and award-winning radio and TV journalist Ira Flatow's enthusiasm for all things scientific has made him a beloved on-air correspondent. For more than thirty-five years, Flatow has interviewed the top scientists and researchers on many NPR and PBS programs, including his popular Science Friday(R) spot on Talk of the Nation. In Present at the Future, he shares the groundbreaking revelations from those conversations, including the latest on nanotechnology, space travel, global warming, alternative energies, stem cell research, and using the universe as a super-duper computer. Flatow also further explores his favorite topic, the science of everyday life, with explanations on why the shower curtain sticks to you, the real story of why airplanes fly, and much more.

From dark matter and the human consciousness to the surprising number of scientists who believe in a Creator, Present at the Future reveals the mysteries of science, nature, and technology that shape our lives.

In "The Cartoon Guide to Calculus", master cartoonist and former Harvard calculus instructor Larry Gonick offers a complete and up-to-date illustrated course in college-level calculus. Using graphics and humor to lighten what is frequently a tough subject, Gonick entertainingly teaches all of the course essentials, functions, limits, derivatives, and integrals, with numerous examples and applications. He concludes with a bemused look at the paradoxes at the heart of calculus and the foundations of mathematics. And in an exciting first for the "Cartoon Guide" series, each chapter includes helpful problem sets, designed to help readers cement the lessons learned in each section. Combining entertainment and education, this is the perfect supplement for any study of calculus, whether readers are high school or college students, independent learners, or just lovers of Larry Gonick's bestselling, award-winning cartoon guides.

This revised and greatly expanded edition of the Russian classic contains a wealth of new information about the lives of many great mathematicians and scientists, past and present. Written by a distinguished mathematician and featuring a unique mix of mathematics, physics, and history, this text combines original source material and provides careful explanations for some of the most significant discoveries in mathematics and physics. What emerges are intriguing, multifaceted biographies that will interest readers at all levels.

This volume represents the published proceedings of an international conference on the Neurobiology and Evolution of the Mechanosensory Lateral Line System held August 31 to September 4, 1987, at the Center for Interdisciplinary Research at the University of Bielefeld, West Germany. The goal of this confer ence was to bring together researchers from all over the world to share informa tion about a major aquatic sensory system, the evolution and function of which have largely remained an enigma since the 18th century. The "lateral line" or "lateralis" system has been used as an umbrella term to describe what originally (without the aid of modern anatomical techniques) looked like a series of pits, grooves, and lines on the head and trunk of fishes and some amphibians. For at least the past 30 years, however, it has been recognized that the lateralis system comprises not one, but at least two functional classes of receptors: mechanoreceptors and electroreceptors. The relative ease with which the appropriate stimulus could be defined and measured for the electroreceptive class has resulted in an explosion of information on this submodality during the past 20 years. As a result, there is little ambiguity about the overall function of the electrosensory system, now generally regarded as an independent system in its own right. A similarly clear definition for the function of the mechanosensory lateralis system has not been as forthcoming."

For decades, 98 per cent of our DNA was written off as 'junk' on the grounds that it did not code for proteins. From rare genetic diseases to Down's Syndrome, from viral infections to the ageing process, only now are the effects and the vital functions of these junk regions beginning to emerge. Scientists' rapidly growing knowledge of this often controversial field has already provided a successful cure for blindness and saved innocent people from death row via DNA fingerprinting, and looks set to revolutionise treatment for many medical conditions including obesity. From Nessa Carey, author of the acclaimed The Epigenetics Revolution, this is the first book for a general readership on a subject that may underpin the secrets of human complexity - even the very origins of life on earth.

A razor-sharp analysis of how record-breaking exploits in extreme sport are redefining the limits of being human. Right now, more people are risking their lives for their sports then ever before in history. As Thomas Pynchon once put it in Gravity's Rainbow, 'it is not often that Death is told so clearly to f@%* off'. Over the past three decades, the bounds of the possible in action and adventure sports - from sky-diving to motocross to surfing and beyond - have been pushed farther and faster. A generation's worth of iconoclastic misfits have rewritten the rules of the feasible; not just raising the bar, but obliterating it altogether. Along the way, they have become a force pushing evolution relentlessly onward. In a thrilling narrative that draws on biology, psychology, and philosophy, Steven Kotler asks why, at the tail end of the 20th century and the early portion of the 21st, are we seeing such a multi-sport assault on reality? Did we somehow slip through a wormhole to another universe where gravity is optional and common sense obsolete? And where - if anywhere - do our actual limits lie?

This book reveals that scientific logic is an extension of common, everyday logic and that it can and should be understood by everyone. Written by a practicing and successful scientist, it explores why questions arise in science and looks at how questions are tackled, what constitutes a valid answer, and why. The author does not bog the reader down in technical details or lists of facts to memorize. He uses accessible examples, illustrations, and descriptions to address complex issues. The book should prove enlightening to anyone who has been perplexed by the meaning, relevance, and moral or political implications of science.

This book is the first in a new series entitled ''Advances in Circadian Physiology." Our aim in this and subsequent volumes is to document and critically analyze the state of knowledge on biological clocks, circadian rhythms and their applications to human health, safety, performance and productivity. In the past twenty years, scientists have uncovered an elegant system of biological clocks in the brain that govern the daily rhythms of sleep and alertness, hormone levels and temperature and a myriad other aspects of body function. From the first identification of the suprachiasmatic biological clock in the early 1970s, this field of research has exploded in information and implication. These biological clocks, so perfectly attuned to the pace of a bygone era, are the root cause of the human fatigue, error, accidents and reduced productivity precipi tated by the around-the-clock challenges of today's industry and society. Research on these clocks offers the promise of fundamental solutions which can help the human race adjust physiologically to the technology-paced world we have created."

The stone age, the iron age, the steam and electrical ages all saw the reach of humankind transformed by new technology. Now we are living in the quantum age, a revolution in everyday life led by our understanding of the very, very small. Quantum physics lies at the heart of every electronic device from smartphones to lasers; quantum superconductors allow levitating trains and MRI scanners, while superfast, ultra-secure quantum computers may soon be a reality. Yet quantum particles such as atoms, electrons and photons remain mysterious, acting totally unlike the objects we experience directly. With his trademark clarity and enthusiasm, acclaimed popular science author Brian Clegg reveals the amazing world of the quantum that lies all around us.

Presenting a quantum-holographic perspective on world history and human consciousness, Carl Calleman explains the quantum physics behind the Waves of the Mayan Calendar system and how these Waves allow us to understand the shifting eras on Earth as well as the possibilities of the future. He describes how, prior to the activation of the 6th Wave in 3115 BCE, our social systems were based on a unified cosmic order, but the hologram of this Wave shifted society to an all-consuming focus on Good and Evil, leading to the rise of patriarchal religious structures, slavery, and warfare. He explores how later Waves and their new holograms helped humanity survive the negative effects of the 6th Wave, such as the Industrial Revolution of the 7th Wave and the Digital Revolution of the 8th Wave. In 2011, the 9th Wave was activated, bringing with it an accelerated push for a more egalitarian world, a rising awareness of unity consciousness, and access to the full power of all Nine Waves of Creation.