Summary:

John Singer Sargent was commissioned by the British War Memorials Committee to paint a work for the Hall of Remembrance. Sargent visited a casualty clearing station at Le Bac-de-Sud in France, which provided the inspiration for this vast work (7x20 feet) painted in 1918.

Mustard gas (yperite, or bis(2-chloroethyl)sulfide) causes terrible pain by blistering skin and mucous membranes, by blinding and choking its victims. Used during World War I, it caused intense suffering; dying could take weeks. In the painting, soldiers who were blinded by mustard gas, are being led to a dressing tent. The foreground of the painting has a jumble of bodies, soldiers in various poses lying on the ground. The colors are muted, the soldiers appear subdued. These elements, combined with the huge size, make the painting reminiscent of ancient Greek or Roman sculptural friezes.

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This film tells the story of Alfred Kinsey (Liam Neeson), the scientist who famously changed his focus in mid-career from the study of gall wasps to the study of human sexuality and through his publications on male and female sexuality (1948, 1953) revolutionized the way we think and talk about sex. Kinsey entered adult life with the classic Boy Scout's view of sex that it was best not to think about it. (He collected a million gall wasps instead.) But under the influence of one of his students, Clara McMillen (Laura Linney), who later became his wife, and listening to the questions some students were asking about sex, he decided to teach a course at Indiana University on human sexuality. "Sexual morality needs to be reformed," he proclaims, and "science will show the way."

He begins doing statistical research on individual sexual behavior, training his interviewers to be open and neutral as they encounter a very wide variety of behaviors. He also encourages them to experiment sexually among themselves, and later even to participate in sexual encounters filmed for research purposes. Naturally, not everyone accepts this readily, and there are problems between Alfred and Clara, among the research assistants, and eventually between the whole project and Indiana University and the Rockefeller Foundation.

Rockefeller withdraws its support, complaining that Kinsey is preaching in public, and Clara tearfully complains that some social restraints are needed to keep people from hurting each other. The assistants struggle with the ties between sex, which is part of the experiment, and love, which is not. Kinsey continues striving, but with much reduced means. The film ends with video clips of interview subjects speaking strongly about the benefits that Kinsey's revolution has brought to them, one woman concluding: "You saved my life, sir!"

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Born in 1728 the tenth child in a struggling Scottish farm family, John Hunter was a wayward and unteachable child who spent most of his time outdoors. At the age of 20, with no prospects and having lost his father and 6 siblings, he wrote for help to his older brother William, who was practicing midwifery in London and had just opened England's first anatomy school, one featuring the revolutionary opportunity for students to dissect their own cadavers.

John rode the 400 miles to London on horseback, apprenticed with great success under William, learned dissection, then surgery, and went on to become a supremely gifted anatomist and surgeon, one whose brilliant and tireless experimentation broke with ancient and outmoded medical traditions and established the foundation for modern science-based surgery. (When John arrived in London, the city's Company of Barber-Surgeons had only just dissolved to allow surgeons to organize themselves independently of barbers.)

One of his most important activities in working for his brother--and which continued when he made his own way--was the procuring of cadavers, which because of the customs of the time involved him intimately in the grisly business of grave-robbing.

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Shannon Moffett, a medical student at Stanford University School of Medicine, became fascinated with the brain during her anatomy and neurobiology courses. She set off across the country to interview people--scientists, doctors, patients, ethicists, and religious leaders--who devote their careers trying to understand the brain and cognition. With infectious enthusiasm and energy, Moffett brings the reader to meet these dedicated people, their work, their theories and their lives.

The book contains eight chapters and hence eight mini-biographies: 1) neurosurgeon Roberta Glick, 2) cognitive neuroscientist and brain imagist John Gabrieli, 3) Francis Crick (of DNA double helix fame) and Christof Koch--scientists studying consciousness, 4) sleep researcher Robert Stickgold, 5) Judy Castelli who has dissociative identity disorder (multiple personality disorder), 6) philosopher Daniel Dennett, 7) neuroethicist Judy Illes, and 8) Zen monk Norman Fischer.

Separating the chapters are "interludes" that map neural and brain development from conception to death. The book has a reference list for each chapter and a complete index, as well as a web resource (www.shannonmoffett.com) to which the reader is directed for graphics.

The writing is compelling, direct, fresh and insightful. For example, in "Touching the Brain," we follow the exhausting lifestyle of an academic neurosurgeon who works at Cook County Hospital in Chicago as she performs surgery, teaches, attends services at a temple, drives her car, takes care of her family including two young children, rounds on patients, hosts a potluck dinner, and simultaneously discusses her reading, travel and spirituality.

Moffett aptly describes Glick with her "waist-length red hair, ... beaten-metal earrings dangling almost to her shoulders and a saffron batik dress" as someone you'd "expect to find reading storybooks to kindergartners in a public library" (8). In fact, it is Moffett's eye for accessible detail that makes not only the people, but also neuroscience come alive. Artfully woven into the text are lessons on the history of brain research and current understanding (and questions) about the brain, its meaning and function.

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This biography begins on April 20, 1995 when the ashes of Marie and Pierre Curie were transferred from their graves in a Paris suburb and re-interred in the Pantheon, thereby placing the Curies among the "immortals" of France. Thus, Marie became the first (and so far the only) woman to be honored in this way. Goldsmith's biography is a straightforward and well-written narrative that eschews hagiography, wordiness, and psychological interpretations.

The story of Marie Curie (1867-1934) is well known. Born into an intellectual but impoverished Polish family, she struggled to obtain a scientific education, first in Poland and then at the Sorbonne in Paris. While a graduate student, she met and married the young chemist Pierre Curie. Together, with essentially no funding and dismal laboratory space, they discovered and characterized radioactivity. Later, on her own Marie discovered and isolated two new elements, polonium and radium. Subsequently Marie and Pierre created the Curie Institute, where Marie was in the forefront in envisioning medical applications of radioactivity and radium.

The story is especially powerful in its depiction of bias against women in science. Marie had to fight for many years to obtain a faculty position at the Sorbonne (unheard of for a woman), or even space to conduct her experiments. When the Nobel Committee awarded its 1903 Prize in Physics, Pierre had to fight to have his wife included in the citation, even though the bulk of the brains and energy behind the discovery of radioactivity were clearly Marie's. Marie was later vindicated when she won her second (and solo) Nobel Prize in 1911 for the discovery of radium.

Obsessive Genius doesn't shy away from Marie Curie's recurrent clinical depressions, which began during her adolescence, nor from her obsessive, hard-driving personality. The book presents an even-handed picture of repeated conflict between her love of her husband and children (one of whom, Irene Joliet-Curie, in 1935 became the second woman scientist ever to win the Nobel Prize); and her passion for her work.

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This densely packed book follows Oschman's Energy Medicine: The Scientific Basis (2000, see annotation) with applications to medical treatment and--very briefly--human performance (athletics, dance, music). Oschman, a cell biologist, shows how electroencephalograms, electrocardiograms, and pulsing electromagnetic fields (which can heal broken bones) are accepted medical technologies, while theoretically related Healing Touch, Therapeutic Touch, Qi Gong, Reiki, Reflexology, massage, etc. are widely used and effective but generally (and inaccurately) considered to be alternative medicine.

According to Oschman, contributions from quantum physics explain that the energies of the body are subtle, instantaneous, and highly efficient in regulation and healing at the cellular level. The body is best understood as a living crystal, which can semiconduct energy, translate physical energy (such as touch) to piezoelectricity, and maintain coherence and continuity. Given our evolutionary heritage, we can sense from healers their intention, empathy, and healing energy. Our bodies heal themselves with energy provided by both standard and nonstandard medicine.

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The son of a poor widow, François Burnens is overwhelmed with his good fortune when he is hired to assist the gentleman-scientist, François Huber. Blind since the age of 19, Huber studies bees, helped by his wife in his observations at their Geneva home. Now expecting their second child, the couple realizes that she must concentrate on the family. Through Burnens's diary, from 1785 to 1794, the young man grows as a scientist, a writer, and a human being. Charles Bonnet and other scientists visit in person or in citation.

The domestic drama of the home plays against a backdrop of the menacing turbulence in nearby France. Burnens' admiration, respect and pity for Huber keeps him in the modestly-paid employ for nine long years. But his fascination with an artistically talented young woman shows him that his situation as a valued servant must come to an end.

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The Bacteriologist has a visitor to his laboratory, a pale stranger who arrives with a letter of introduction from a good friend of the scientist. The scientist shows his visitor the cholera bacillus under a microscope and they talk about the disease. The visitor is particularly interested in a vial containing living bacteria, and the scientist describes the power of cholera, saying what a terrible epidemic could be caused if a tube such as the one he holds were to be opened into the water supply.

The scientist's wife calls him away for a moment; when the scientist returns, the visitor is ready to leave. As soon as the visitor has gone, however, the scientist realizes the vial of bacteria is missing, that the visitor must have stolen it. He runs out in a panic, sees the visitor's cab leaving, and hails another cab to give chase. The scientist's wife, horrified by his inappropriate dress and hurry, follows in a third cab, with her husband's shoes and coat and hat.

We shift to the point of view of the visitor in his cab. He has indeed stolen the vial. He is an Anarchist who plans to release the bacteria into London's water supply. His motivation is fame: he feels he has been neglected by the world, and now he will reveal his power and importance. In the speeding cab, however, he accidentally breaks the glass vial.

He decides to become a human vector. He swallows what is left in the vial, and stops the cab, realizing that he no longer needs to flee. When the scientist catches up and confronts him, the Anarchist gleefully announces what he has done. The scientist allows him to walk away, and tells his wife that the man has ingested the stolen bacteria.

There is a twist: the vial, it turns out, did not contain cholera, but a strange new microbe the Bacteriologist had been studying, the only known effect of which is to make the skin of the animals exposed to it turn bright blue. The Bacteriologist reluctantly puts on his coat and returns home with his wife, complaining that he will now have to culture the bacillus all over again.

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The aim of this collage of anecdotes from medical history is largely to entertain, though it is pointedly instructive in its focus on reasons for and results of medical mistakes, misapprehensions, and serendipitous breakthroughs. Gordon's dryly humorous skepticism and general irreverence is balanced by an obvious delight in the intellectual play that characterizes the history of science.

The stories he tells range from Hippocrates to the present with a heavy focus on the 18th and 19th centuries. The book includes a good representative collection of visual art and photography documenting moments in medical history upon which Gordon casts a cold but twinkling eye. Chapter titles such as "Discoveries in the Dark," "Sex and its Snags," "Odd Practices," and "Freud, the English Governess and the Smell of Burnt Pudding" give a bit of the book's flavor.

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Flatland: A Romance of Many Dimensions is a delightful experimental novella, a fictional exploration of dimensions and perspectives beginning in a two-dimensional world, Flatland, populated by two-dimensional geometrical shapes. The novella is narrated by one of Flatland's residents, A. Square (when the novella was first published in 1884, it was published under the pseudonym, "A. Square").

The first half of the novella is a description of this two-dimensional world, such as how it looks and how the figures move, spiced up with a clever dissection of Flatland's social hierarchy, which is dictated by the number of sides one has. Square's subsequent explorations lead him to Lineland (a one-dimensional world), Pointland (no dimensions), and then to Spaceland with its three dimensions.

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