Sir David Brewster (1781 1868) was a Scottish physicist, mathematician, astronomer, inventor, and writer of international reputation. His biography of Sir Isaac Newton, published in 1855 and reissued in 1860, was the result of over twenty years' research, undertaken while publishing hundreds of scientific papers of his own. Brewster made use of previously unknown correspondence by Newton, and his own scientific interests, particularly in optics, meant that he was able to understand and explain Newton's work. It covered the many facets of Newton's personality and work, remaining the best available study of Newton for over a century. Brewster reveals much about the science of his own time in his handling of earlier centuries, and as a cleric was obviously uncomfortable about the evidence of Newton's unorthodox religious views and alchemical studies. Volume 1 covers the period up to about 1700, and includes disputes with Leibniz over the development of calculus.

Having escaped domestic servitude in Germany by teaching herself to sing, and established a career in England, Caroline Herschel learned astronomy while helping her brother William, then Astronomer Royal. Soon making scientific discoveries in her own right, she swept to international scientific and popular fame. She was awarded a salary by George III in 1787 - the first woman in Britain to make her living from science. But, as a woman in a male-dominated world, Herschel's great success was achieved despite constant frustration of her ambitions. Drawing on original sources - including Herschel's diaries and her fiery letters - Claire Brock tells the story of a woman determined to win independence and satisfy her astronomical ambition.

Sir Charles Lyell (1797-1875) was one of the most renowned geologists of the nineteenth century. He was awarded the Copley Medal by the Royal Society in 1858 and the Wollaston Medal by the Geological Society of London in 1866 for his contributions to geology. Lyell's most important contribution to modern geology was his refining and popularising the geological concept of uniformitarianism, the idea that the earth has been formed through slow-acting geological forces. This biography, first published in 1881 and edited by his sister-in-law K. M. Lyell, provides an intimate view of Lyell's personal and professional life through the inclusion of his correspondence with family, friends and academic peers. His changing ideas concerning the validity of the theory of natural selection and other geological ideas are also examined through the inclusion of extracts from his private journal. Volume 1 covers Lyell's early life and career until 1836.

Sir Charles Lyell (1797-1875) was one of the most renowned geologists of the nineteenth century. He was awarded the Copley Medal by the Royal Society in 1858 and the Wollaston Medal by the Geological Society of London in 1866 for his contributions to geology. Lyell's most important contribution to modern geology was his refining and popularising the geological concept of uniformitarianism, the idea that the earth has been formed through slow-acting geological forces. This biography, first published in 1881 and edited by his sister-in-law K. M. Lyell, provides an intimate view of Lyell's personal and professional life through the inclusion of his correspondence with family, friends and academic peers. His changing ideas concerning the validity of the theory of natural selection and other geological ideas are also examined through the inclusion of extracts from his private journal. Volume 2 contains Lyell's later career from 1837-1875.

This 1939 work gives deserved recognition to the achievements of the engineer and businessman Matthew Boulton. Boulton's importance has generally been overshadowed by that of his partner James Watt, but he was a significant figure in his own right, particularly in relation to the Soho Foundry and his production of coins and medals. He belonged to a network of highly significant men of the period, including Josiah Wedgwood, Erasmus Darwin and Benjamin Franklin, and was a founding member of the Lunar Society of Birmingham. An engineer by profession, H. W. Dickinson researched widely, and published highly readable works on the history of the steam engine, Watt, and Trevithick, also reissued in this series. He succeeds in producing a work which appeals to the scientist, the historian and the general reader, without feeling obliged to over-simplify the technical details.

These Memorials of Andrew Crosse (1784 1855), published by his wife after his death, include his experiments, and some of his poetry and prose. After graduating from Brasenose College, Oxford, in 1805 (described in this volume as 'a perfect hell on earth'), he returned to his family's manor house where he studied electricity, chemistry, and mineralogy, and installed a mile and a quarter of insulated copper wire in his grounds. A controversial figure, Crosse was thorough in his approach to his scientific work, if somewhat unusual in his practice. In 1836 he famously conducted a series of experiments on electro-crystallization in which he noted an appearance of life forms, named Acarus, seemingly created in the metallic solutions which should have been destructive to organic life. This book recounts these experiments, and the public sensation that they gave rise to by their apparent suggestion of life created by electricity.

A lyrical and honest portrait of illness and the way it changes life and faith, from the award-winning author of "Things Seen and Unseen."
In the winter of 2009, Nora Gallagher was told she had an inflamed optic nerve, cause unknown, that if untreated would leave her blind. With this news, and the search for a diagnosis and treatment, her once busy and fast-moving life tunneled into a quieter country she calls Oz: unfamiliar, slower, deeply rooted in uncertainty and vulnerability. "Moonlight Sonata at the Mayo Clinic," written as Gallagher was still recovering, is a moving meditation on serious illness, what helped her through and what didn't, why a wall exists between the sick and the healthy, and what can take it down partway. It is also a testament of modern faith--accepting of both science and intellect--and a hard-won revelation of what lies at the heart of ordinary suffering.

Michael Faraday (1791 1867) made foundational contributions in the fields of physics and chemistry, notably in relation to electricity. One of the greatest scientists of his day, Faraday held the position of Fullerian Professor of Chemistry at the Royal Institution of Great Britain for over thirty years. Not long after his death, his friend Henry Bence Jones attempted 'to join together his words, and to form them into a picture of his life which may be almost looked upon as an autobiography'. Jones' compilation of Faraday's manuscripts, letters, notebooks, and other writings resulted in this Life and Letters (1870) which remains an important resource for learning more about one of the most influential scientific experimentalists of the nineteenth century. Volume 1 (1791 1830) covers Faraday's earliest years as an errand boy and bookbinder's apprentice, his arrival at the Royal Institution as an assistant and his early publications on electricity.

Michael Faraday (1791 1867) made foundational contributions in the fields of physics and chemistry, notably in relation to electricity. One of the greatest scientists of his day, Faraday held the position of Fullerian Professor of Chemistry at the Royal Institution of Great Britain for over thirty years. Not long after his death, his friend Henry Bence Jones attempted 'to join together his words, and to form them into a picture of his life which may be almost looked upon as an autobiography'. Jones' compilation of Faraday's manuscripts, letters, notebooks, and other writings resulted in this Life and Letters (1870) which remains an important resource for learning more about one of the most influential scientific experimentalists of the nineteenth century. Volume 2 (1831 1867) describes his research on electricity and electromagnetism, his work as a scientific adviser to the government and industry and his service to education.

First published in 1873, this co-authored biography of the Scottish physicist, Alpine explorer, and university leader James David Forbes (1809 1868) includes extracts from Forbes' letters. John Campbell Shairp, Forbes' successor as principal of the United College of the University of St Andrews, writes of Forbes' personal, family, and professional life, including his years at St Andrews. Forbes' student and his successor in the Natural Philosophy chair at the University of Edinburgh, Peter Guthrie Tait, himself an accomplished mathematical physicist who co-wrote, with Lord Kelvin, Treatise on Natural Philosophy (1867), discusses Forbes' scientific achievements and contributions. A. Adams-Reilly, a celebrated Irish mountaineer, cartographer, and friend of Forbes, writes of the latter's Alpine travels and his work and interest in glaciers. In Shairp's words, in addition to all of his academic accomplishments, Forbes was also Britain's 'father of Alpine adventure'.

From Al Gore to Jane Goodall, Jane Fonda to Ingrid Newkirk, Eco Legends Alphabet presents an inspirational A to Z of those who have stood proudly and defiantly beside Mother Earth. Lovingly illustrated and informatively written, Eco Legends Alphabet is the perfect title for any lover of nature, or anyone joining the movement that will define our era.

James Clerk Maxwell (1831-1879) was a Scottish physicist well-known for his extensive work with electromagnetism, colour analysis, and kinetic theory. Considered by many to be a giant in his field with significant influence on the physicists who would follow, Maxwell spent time as a professor at Aberdeen University, King's College, London, and Cambridge. This 1882 Life by his friend Lewis Campbell and natural philosopher William Garnett represents an important - and lengthy - investigation into Maxwell's life and thought. Part I is concerned with biographical matters while the second section focuses upon his scientific mind. A third part contains Maxwell's poetry, so included because the poems are 'characteristic of him' and have 'curious biographical interest'. At nearly 700 pages, the Life represents an important starting point for those curious about the state of theoretical physics and the person in whom it reached its culmination in the nineteenth century.

These Personal Recollections contain the memoirs and a selection of the correspondence of the nineteenth-century polymath Mary Somerville (1780 1872). The book was first published in 1873, a year after Mary's death, by her daughter Martha, who wrote brief introductions to the text. Mary Somerville is best known for her pioneering scientific publications which include her translation of Laplace's M canique C leste (1831: also resissued in this series); On the Connection of the Physical Sciences (1834); Physical Geography (1848); and On Molecular and Microscopic Science (1869). Through these publications, Somerville made a lasting contribution to the dissemination of scientific knowledge. Somerville's correspondence deals primarily with her public life, while the memoirs offer insight into her private sphere: the discouragement she faced in pursuit of learning; her passion for women's education and suffrage; family life; and personal faith. Her story is compelling, and her experiences may resonate with many women today.

How does it feel to confront a pandemic from the inside, one patient at a time? To bridge the gulf between a perilously unwell patient in quarantine and their distraught family outside? To be uncertain whether the protective equipment you wear fits the science or the size of the government stockpile? To strive your utmost to maintain your humanity even while barricaded behind visors and masks? Rachel is a palliative care doctor who looked after the most gravely unwell patients on the Covid-19 wards of her hospital. Amid the tensions, fatigue and rising death toll, she witnessed the courage of patients and NHS staff alike in conditions of unprecedented adversity. For all the bleakness and fear, she found that moments that could stop you in your tracks abounded. People who rose to their best, upon facing the worst, as a microbe laid waste to the population. Her new book, Breathtaking, is an unflinching insider's account of medicine in the time of coronavirus. Drawing on testimony from nursing, acute and intensive care colleagues - as well as, crucially, her patients - Clarke argue that this age of contagion has inspired a profound attentiveness to - and gratitude for - what matters most in life.

Simon Newcomb (1835-1903) was an astronomer and mathematician remembered for his work in recalculating the major astronomical constants to a new international standard. He was a founding member of the American Astronomical Society and became its first president in 1899. Although Newcomb's mathematical work is well known, this autobiography, first published in 1903, focuses on his achievements and work as an astronomer. In it he provides an account of his scientific research with comments on his approach, which together with his descriptions of scientific discoveries and collaborations occurring in Washington DC show the variety of scientific research being conducted in the United States in the late nineteenth century. His detailed descriptions of how telescopes were used, together with accounts of his experience of working conditions in various observatories, provide valuable insights into astronomical research methods in the late nineteenth century.

The Herschels in this biography are Sir William Herschel (1738 1822), his sister Caroline (1750 1848) and Sir John Herschel (1792 1871), William's son. Sir William was an astronomer and telescope-maker who discovered the planet Uranus in 1781. He was appointed 'the King's astronomer' to George III in 1782, and under his patronage built the then largest telescope in the world. Caroline Herschel worked as her brother's assistant for much of his career but was also an accomplished astronomer in her own right, discovering eight comets and producing a catalogue of nebulae. Her nephew Sir John Herschel was also a distinguished astronomer who made many observations of stars in the southern hemisphere. This book by the astronomer and writer Agnes Clerke (1842 1907), published in 1895, provides both an analysis of their work and an assessment of its contribution to later astronomical research.

A gripping narrative of the love and betrayal of J. Robert Oppenheimer, told through the lives of three unique women.

Set against a dramatic backdrop of war, spies, and nuclear bombs, "An Atomic Love Story "unveils a vivid new view of a tumultuous era and one of its most important figures. In the early decades of the 20th century, three highly ambitious women found their way to the West Coast, where each was destined to collide with the young Oppenheimer, the enigmatic physicist whose work in creating the atomic bomb would forever impact modern history. His first and most intense love was for Jean Tatlock, though he married the tempestuous Kitty Harrison--both were members of the Communist Party--and was rumored to have had a scandalous affair with the brilliant Ruth Sherman Tolman, ten years his senior and the wife of another celebrated physicist. Although each were connected through their relationship to Oppenheimer, their experiences reflect important changes in the lives of American women in the 20th century: the conflict between career and marriage; the need for a woman to define herself independently; experimentation with sexuality; and the growth of career opportunities.

Beautifully written and superbly researched through a rich collection of firsthand accounts, this intimate portrait shares the tragedies, betrayals, and romances of an alluring man and three bold women, revealing how they pushed to the very forefront of social and cultural changes in a fascinating, volatile era.

Anyone alive in the eighteenth century would have known that "the longitude problem" was the thorniest scientific dilemma of the day--and had been for centuries. Lacking the ability to measure their longitude, sailors throughout the great ages of exploration had been literally lost at sea as soon as they lost sight of land. Thousands of lives and the increasing fortunes of nations hung on a resolution. One man, John Harrison, in complete opposition to the scientific community, dared to imagine a mechanical solution--a clock that would keep precise time at sea, something no clock had ever been able to do on land. "Longitude" is the dramatic human story of an epic scientific quest and of Harrison's forty-year obsession with building his perfect timekeeper, known today as the chronometer. Full of heroism and chicanery, it is also a fascinating brief history of astronomy, navigation, and clockmaking, and opens a new window on our world.

Journey into the world of intensive care medicine and the lives of people who have forever been changed by it. 'A very special book filled with stories of survival, hope and loss.' Adam Kay '[Morgan's] wit and compassion are everywhere evident in this enlightening book, and he makes a welcome contribution to our understanding of these extraordinary times.' Sunday Times There is no room for error in the ICU. Full focus is required at all times. It can be the difference between life and death. Through the remarkable stories of his patients, Dr. Matt Morgan guides you through the body and its organs. He explains how various critical conditions arise, and all that goes into treating them - from the science, research and technology, to the tireless efforts of the doctors and nurses. This book gives you powerful insights about intensive care, many of which may prevent you, or those close to you, from ending up there. It will even teach you how to save a life. Movingly and compassionately, Matt writes about the cases and the people that have stayed with him, both the recoveries and the losses. This book shows the fragility of life, but also the incredible resilience of the human body and spirit. Sometimes darkness can show you the light.

The extraordinary true story of the first Girl Scout troop designated for homeless girls - from the homeless families it brought together in Queens, New York, to the amazing citywide and countrywide responses it sparked. Giselle Burgess, a young mother of five, and her children, along with others in the shelter, become the catalyst for Troop 6000. Having worked for the Girl Scouts earlier on, Giselle knew that these girls, including her own daughters, needed something they could be a part of, where they didn't need to feel the shame or stigma of being homeless, but could instead develop skills and build a community that they could be proud of. New York Times journalist Nikita Stewart embedded with Troop 6000 for more than a year, at the peak of New York City's homelessness crisis in 2017, spending time with the girls and their families and witnessing both their triumphs and challenges. Stewart takes the reader with her as she paints intimate portraits of Giselle's family and the others whom she met along the way. Readers will feel an instant connection and express joy when a family finally moves out of the shelter and into a permanent home, as well as the pain of the day-to-day life of homelessness. And they will cheer when the girls sell their very first cookies. Ultimately, Troop 6000 puts a different face on homelessness. Stewart shows how shared experiences of poverty and hardship sparked the political will needed to create the troop that would expand from one shelter to fifteen in New York City and ultimately to other cities around the country. Also woven throughout the book is a history of the Girl Scouts, and how the organization has changed and adapted to fit the times, meeting the needs of girls from all walks of life. Troop 6000 is the ultimate story of how when we come together, we can improve our circumstances, find support and commonality, and experience joy, no matter how challenging life may be.

On August 18, 1977 a special 'Soddy Session' was held at the Fifteenth International Congress of the History of Science, Edinburgh, Scotland, with Dr. Thaddeus J. Trenn as Symposium Chairman. This session was organized to commemorate the lOOth anniversary of the birth of Fre derick Soddy (born September 2, 1877, Eastbourne, England; died September 22, 1956, Brighton, England), who was awarded the 1921 Nobel Prize in Chemistry 'for his contributions to our knowledge of the chemistry of radioactive substances, and his investigations into the origin and nature of isotopes'. Soddy taught and/or carried out research at Oxford University (where he was Lee's Professor of Chemistry), McGill University (where he and Sir Ernest Rutherford proposed the disintegration theory of radioactivity), University College, London (where he and Sir William Ramsay demonstrated natural transmuta tion), Glasgow University (where he formulated his displacement law and concept of isotopes), llnd Aberdeen University. In addition to his contributions to radiochemistry, he proposed a number of controversial economic, social, and political theories. The present volume contains the eight lectures presented at the symposium, two additional papers written especially for this volume (Kauffman, Chapter 4 and Krivomazov, Chapter 6), a paper on Soddy's economic thought (Daly, Chapter 11), and three selections from Soddy's works. Furthermore, an introductory account of Soddy's life and work by Thaddeus J. Trenn as well as a Soddy chronology, and name and subject indexes compiled by the editor are provided."

Discover the inspiring stories of long-overlooked women in science in this “engaging . . . passionate” book for fans of Hidden Figures (Boston Globe)!

Meet 20+ women physicists and astronomers who discovered the fundamental rules of the universe and reshaped the rules of society.

Women physicists and astronomers from around the world have transformed science and society, but the critical roles they played in their fields are not always well-sung. Her Space, Her Time, authored byaward-winning quantum physicist Shohini Ghose, brings together the stories of these remarkable women to celebrate their indelible scientific contributions. In each chapter of the book, Ghose explores a scientific topic and introduces the women revolutionized that area of physics and astronomy, such as:

• TIME: Learn of Henrietta Leavitt and Margaret Burbidge, who helped discover the big bang and the cosmic calendar.
• SPACE EXPLORATION: Meet Anigaduwagi (Cherokee) aerospace scientist Mary Golda Ross, who helped make the Moon landings.
• SUBATOMIC PARTICLES: Marietta Blau, Hertha Wambacher, and Bibha Chowdhuri contributed to the discovery of the building blocks of the universe—and played a crucial role in determining who gets to do physics today.

Engaging, accessible, and timely, Her Space, Her Time is a collective story of scientific innovation, inspirational leadership, and overcoming invisibility that will leave a lasting impression on any reader curious about the rule-breakers and trendsetters who illuminated our understanding of the universe.

Some of the featured women scientists in the book: Williamina Fleming / Annie Jump Cannon / Cecilia Payne-Gaposchkin / Antonia Maury / Henrietta Leavitt / Margaret Burbidge / Mary Golda Ross / Dilhan Eryurt / Claudia Alexander / Joyce Neighbors / Navajo women of Shiprock / Harriet Brooks / Marie Curie / Lise Meitner / Marietta Blau / Hertha Wambacher / Bibha Chowdhuri / Wu Chien-Shiung / Women of the Manhattan Project / Vera Rubin