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Examines the movies of the twentieth century for clues to the changes and constancies in American taste. Indicates that by the 20s the sentimental melodrama had given way to a new wave of frenetic frivolity, and the need for a code of self-censorship became apparent. Describes the recent sporadic efforts of independent movie producers which have resulted in a liberalization of the code. Points out that there have been some distinguished films despite a motion picture industry that continues to search for the lowest common denominator of taste.
One common denominator of our culture, according to Dr. Dodds, is the people's desire for self-improvement. Describes an early American institution that endured until the 1920s--"Tent Chautauqua." Depicts Chautauqua as a source of inspiration, education, and entertainment, reaching hundreds of towns throughout the nation. Pictures Tent Chautauqua as quietly succumbing to the competition of radio and motion pictures, but indicates that its modern equivalent may be found, in a more sophisticated form, in our Great Books groups and adult education seminars.
Advertisement for AT&T, featuring a woman going upstairs and then down again to answer the phone. With an extension phone in the rooms most frequently used, there is no need to "doubleback."
Discusses the competing interests or "factions" which existed as separate groups before political parties were organized. Explains that today these groups make themselves felt through competition with the parties for power and influence or by trying to gain dominance within a party. (KETC) Kinescope.
Demonstrates and discusses the techniques of bathing infants. The demonstration is preceded by an explanation of past and present practices in infant bathing and is followed by suggestions for treatment of such conditions as cradle cap and diaper rash. (WQED) Kinescope.
Shows and discusses baby clothing and pictures the actions of two babies less than six weeks old. General styles of various items of baby clothing are displayed, their advantages are pointed out, and minimum quantities needed are suggested. (WQED) Kinescope.
Shows a mother with her child in the doctor's office where the baby is examined and mother and doctor discuss feeding, use of vitamins, and general progress of the infant. Discuss the concept of child care that emphasizes guidance and prevention of problems rather than treatment of disease only.
Continues the discussion of infant feeding begun in MAKING A FORMULA and introduces a mother and a baby-sitter who discusses with a doctor some of the problems and practices in baby-sitting. Points out the desirability of a pre-sitting meeting of mother, sitter, and baby.
At the milestone of nine months, the baby has learned many new things, including how to sit up and to crawl. Safety in the home is of double importance now and a playpen should be purchased at this time. Dr. Wagner discusses proper toys for this age group and the physical and emotional developments of the nine month infant.
Describes the child in his second and third years. Stresses importance of play, vocabulary development, the nap and bed-time ritual, and the development of possessiveness and self-assertion. Shows some of the activities of children in this age group. (WQED) Kinescope.
Discusses the activities, needs, and behavior of the one year old. Considers standing, walking, care of the feet, selection of shoes, and toilet training. Points out some of the behavior typical of this age group.
Presents some of the aspects of the behavior and needs of the three to five year old. Discusses physical growth, play, likes and dislikes in foods, the acting out of roles, and the free flow of the imagination. Shows children aged three to five at play, and includes comments about communicable diseases, their prevention and control. (WQED) Kinescope.
Dramatizes a situation in which four persons, faced with possible death, reexamine their personal philosophies. An intellectual whose god is pure reason begins to realize his basic loneliness. An American businessman who must rely on cold organization reveals himself as warmly human. His wife turns from agreement with the intellectual's original view to agreement with her husband's new attitude. A German guide, a former Nazi who has lost the collective, totalitarian world he understands, leaves apparently to seek death in the mountains.
Presents a simulated on-the-spot television report of a Congressional hearing where a Russian deputy-premier who has requested political asylum in the United States is answering questions concerning his change of loyalties. To everyone's surprise, the reason for his defection is not disappointment with a totalitarian regime, but a protest against the regime's philosophy of peaceful coexistence. In a heated discussion among the Russian, Congressmen, and the Congressional committee attorney, many of the differences between the processes of a democratic government and a totalitarian government are illuminated.
Discusses the question, "Is science good or bad for man?" Presents a banquet in honor of a famed scientist at which his lifelong friend delivers an accolage to science in general and a tribute to the distinguished guest. Rising to deliver his remarks, the scientist expresses his deep fears that science may well lead to the decline of civilization. The scientist's fears are symbolically illustrated by nightmare-like scenes in which he despairs of scientific truth and man's inability to ever catch up with his own technological progress. Later, the scientist seizes upon the idea of the use of science for the benefit of man. His hopes are visualized in optimistic, dreamlike scenes.
Discusses whether the artist is free to express himself regardless of public understanding, public acceptance, or public rejection. Dramatizes the incidents surrounding a citizen's donation of a statue for a town square. The artist commissioned to do the work has fashioned a piece of iron sculpture which depicts what he feels is the horse's spirit instead of its outward form. At the dedication of the statue in the town square, the crowd voices mixed reactions to the sculpture. More and stronger objections are climaxed in attempt to destroy the iron horse. The donor finally removes the iron horse to his own estate where, on top of a rise, it dominates the landscape in splendid exile.
Host Lee Wilcox discusses the phenomenon of crying with University of Chicago childhood development expert Maria Piers. Examines motivations for crying, including physical discomfort, a need for attention, hunger, fear, and anger. Discusses approaches to calming crying that can either comfort or build independence in a child. A project of the Harris Foundation. Presented by the Childcare Program of the Institute for Psychoanalysis and the University of Chicago.
Dr. Maria Piers talks about teenagers facing the “wide wide world.” Choosing a career, whether to go to college or not –these are difficult questions which trouble teenagers. Dr. Piers suggests some things parents can do to help their youngsters and points out what some teenagers’ questions are.
Discusses the real and imagined fears of children. Tells why children invent imaginary dangers and how to deal with this problem. Also points out how to teach children respect for real danger. Answers questions from mothers and fathers concerning this aspect of child development. (WTTW) Kinescope.
Discusses the development of strong attachments on the part of boys and girls to the parent of the opposite sex during the ages of two to five years. Explains why romantic feelings start early in the young child and how parents should react to loves and hates during this period of child growth. Answers questions from mothers and fathers concerning various problems which arise because of the strong likes and dislikes of children toward their parents. (WTTW) Kinescope.
Discusses punishment and its consequences. Compares and explains both sides of the spanking issue. Points out alternative means of discipline and shows that children do respect fair punishment. Stresses the importance of observation and imitation in learning right from wrong. Answers questions from parents concerning the child who bites, who won't take a nap, and the problem of consistency in punishment. (WTTW) Kinescope.
Discusses the problems which confront the child, the parents, and the teacher when the six-year-old starts out to school. Explains what school can mean to the child and his parents, how former habits are dropped and new ones developed, how friendships are made, and the overall affect of school on the child's development. Tells what parents can and should do when problems concerning the school arise. (WTTW) Kinescope.
Contrasts the areas of the world where there is an abundance of food with the areas where starvation is a way of life, and documents the pattern which has led to the lack of an adequate food supply. Reviews the history of the food crisis along with attempts at solutions. Covers areas including India, Libya, the Philippines, South America, Canada, Europe, and the United States.
"How stable is their political leadership? How strong is their military power?" Discussion of Russia's political leadership and military power, and what that means for Russia as a country and its potential threat to the United States. This is the first episode in the series and is the first out of three discussing Russia.
One of Miss Fosdick’s key points is that England’s allegiance to the Commonwealth countries comes before her allegiance to her other allies, including the United States. A film shows two of the strongest factors in recent British history –the blitz of London and Churchill. It is agreed that our differences with England are less significant than the policies we have in common and that we can learn a great deal from Britain’s long experience in international diplomacy.
Discussion of Russia's industry and agriculture and what that means for Russia as a country and its potential threat to the United States. This is the second episode in the series and is the second out of three discussing Russia.
Discusses Guatemalan politics, relations with the U.S., the use of U.S. foreign aid. Describes the country itself and its customs and habits. Shows native clothing and handicrafts. (WTTW) Kinescope.
Surveys the political and economic evolution of Puerto Rico. Explains Puerto Rico's new political association with the U.S. Describes present Puerto Rican efforts to realize economic benefits through this new status. (WTTW) Kinescope.
Outlines Argentine history and discusses the political and economic climate, with prospects for the future. Emphasizes Argentina's problems and possibilities. Shows pictures of the land and the people. (WTTW) Kinescope.
Surveys the major foreign and other influences on contemporary American art and discusses their effects. Illustrates these influences with a wide range of American and European works. The influences are summarized as they are traced in three American paintings. Illustrative prints of works by Hals, Reynolds, and Stuart are shown. (Hofstra College and WOR-TV) Kinescope.
Explores the effects that societal conditions, geographic location, and moral pressures have upon artists and their works. Illustrates with sketches and prints the kinds of treatment resulting from various influencing factor. Discusses the influence on literature and music of these same forces. (Hofstra College and WOR-TV) Kinescope.
Considers developments in physics, chemistry, and psychology that have affected American art. Indicates that new materials, techniques, and subject matter have been provided. Discusses theories of perception, color and vision as they relate to the art of painting. (Hofstra College and WOR-TV) Kinescope.
Defines realism and discusses style, subject matter, and motivation with reference to realism in painting. Identifies and contrasts genre painting and illusionary realism and illustrates these with prints. A realistic portrayal of a landscape is done at the easel. (Hofstra College and WOR-TV) Kinescope.
Points out that genetic damage is one of the most serious effects of radiation and shows how the Atomic Energy Commission's genetics research program is geared to learn how radiation damages cells and what the long term effects of such damage might be. Presents Douglas Grahn, a geneticist in the Division of the Biology Medicine, explaining how radiation causes mutations and how these mutations are passed on to succeeding generations. Describes the work of Herman Slatis, also a geneticist in the Division of Biology Medicine, with fruit flies and induced mutations. Discusses fallout and its implications.
Explores the natural process of aging and the methods used in its study. Indicates that aging might be considered one of the deleterious side effects of radiation. Shows that since radiation injury resembles natural aging in so many ways, radiation has proved one of the best ways of studying the aging process. Points out how research on aging is conducted in the Argonne National Laboratory's animal quarters and in low level gamma irradiation room.
Outlines the principles that guided the work of the romantic painter and illustrates these principles with paintings and prints. Shows a landscape in the romantic mode depicted at the easel. Identifies romanticism as the beginnings of expressionism. (Hofstra College and WOR-TV) Kinescope.
Describes research related to atomic structure through which the scientist is attempting to discover the structure of the universe. Shows how particle accelerators produce intense beams of radiation which enable study of the structure of the atom, the nucleus, and the basic components of the nucleus. Explains how accelerators operate and shows one of the world's largest particle accelerators, the Zero Gradient Synchrotron, a $50,000,000 machine still under construction. Describes the sub-nuclear particles in which the high energy physicist is interested and briefly discusses the concept of matter and anti-matter.
Shows bone to be active, living substance, constantly remodeling and reforming itself. Emphasizes the importance of bone to the entire body as a supplier of calcium and illustrates the systems by which this calcium gets from bone to blood and vice versa. Effects of radiation are illustrated in photographs of bone cross-sections.
Describes the operation, principles, and scientific use of reactors. Shows types of research reactors make possible. Describes the Gamma Ray Spectrometer, the Neutron Chopper, and the new Janus reactor which is designed specifically for high and low level radiation experiments in biology.
Discusses Conservationism in America by Clinton Rossiter. Outlines the contents, clarifies terms, and assesses the author's position. Considers the techniques used and appraises the historical and literary merits of the book. Compares this with earlier work on conservatism. (Syracuse University) Kinescope.
Introduces the series and establishes some basic knowledge about radiation which is necessary for a clear understanding of the following programs. Discusses the meaning of radiation, its natural sources, and the various forms it takes. Using a variety of devices points out the difference between alpha and beta particles and between gamma and X-rays.
Discusses The Red and the Black by Stendhal. Outlines conditions in France that served as background for this novel and compares it with others that depict revolt against small-town ways. Considers the development of plot and characters and touches on the form and the treatment of ideas in the book. (Syracuse University) Kinescope.
How does the air cleanse itself of poisonous substances, including radioactive substances? Philip Gustafson, a biologist in the Division of Biological and Medical Research, and Henry Moses of the Division of Radiological Physics, examine atmospheric fallout and methods now being used to determine and study such fallout. They relate current fallout studies to man and to his environment.
Illustrates how the use of radioactive isotopes in the study of cell division and in medical therapy has helped man overcome disease. Demonstrates some of the many helpful and healthful uses of atomic energy.
For centuries men have dreamed of turning common elements such as lead and zinc into more precious metals such as gold and silver. Today, nuclear scientists are looking beyond this and are inventing new elements which are more valuable than gold. This program, “The Alchemist’s Dream,” looks into these new elements –like curium and berkelium –which were unheard of a few years ago. Using an instrument called a cyclotron –an atom smasher –scientists at the United States Atomic Energy Commission’s Argonne National Laboratory are making new elements which do not exist in nature. In a manner of speaking, scientists at Argonne are working in an “atomic shooting gallery.” Houses in a special room behind seven –foot thick concrete doors, a cyclotron bombards target atoms of curium with a beam of a special variety of hydrogen nuclei, resulting in the making of a new elements, berkelium, one of eleven elements which have been “invented” by science. Behind heavy concrete walls, painstaking precautions are taken in the manufacture of these new elements because of harmful radiation, a byproduct of atom splitting. Though these experiments yield only small amounts of the new elements, they enable scientists to work out their chemical properties. This research provides new information on how atoms are put together. It also tells the scientists what to expect when larger quantities of the new elements are available. Already, some of these man-made elements are furnishing the power for satellites and remote weather stations. A small quantity of one of the new man-made elements, californium, scientists predict, could produce enough energy to do the job of a nuclear reactor weighing several tons.
When properly handled in the laboratory, radioactive materials constitute little danger. This program shows the precautions used in working with radiation as well as the research carried on at Argonne to gain more knowledge about handling radiation. “Hot Caves” (a cave is a radiation chamber) using mechanical slave manipulators, caves using the only electronic manipulators in the country, and giant caves using heavy duty manipulators illustrate the safety methods mentioned. Another demonstration outlines the method used to dispose of radioactive waste material. Guests are Stephen Lawroski, director of the Chemical Engineering Division and Coordinator of Engineering Research and Development, and Victor Munnecke, assistant director of the Chemical Engineering Division.
Discusses the future in terms of the areas that now interest scientists at the Argonne National Laboratories. Indicates problems that are still to be solved concerning the effects of radiation, the peaceful use of radiation, and the dangers of radiation.
What fingerprinting is to the F.B.I., spectroscopy is to the scientist. Through its use, astronomers have been able to learn more about the chemical composition of the sun than is known about the composition of the earth. Spectroscopy is used in food research to find impurities in canned food and cans of beer; it is used to trace the origin of paint found on a car in a hit-and-run accident; or to determine how jewelry was made centuries ago. Just how does this technique work? It is a simple story as explained by physicists at Argonne National Laboratory. Yet its applications are extremely precise. The basic instrument is the spectroscope, which can be as simple as a piece of glass used to split sunlight into a “rainbow” of color or as complicated as a piece of delicate apparatus that can single out sixty thousand different colors and requires a room as big as a small house. The use of spectroscopy was extremely important during the development of the atomic bomb. Large quantities of uranium and graphite were needed to produce the bomb, and scientists knew that the very success of the project depended on obtaining these elements in their purist forms. Using a spectroscope, scientists were able to measure the purity of the valuable elements. They knew that each element emits certain colors in the same manner that each man has different fingerprints. Thus, scientists could “look” at two pictures of different samples of uranium and determine which was the purer, since uranium containing impurities gave a different color or wavelength when photographed and compared with photographs of light from pure uranium. Scientists have spent literally years studying photographic plates from the spectrograph to determine the frequencies of light from specimens of chemical elements. The measurement and interpretation is an exacting and time-consuming task which is important if scientists are to understand the structure of atoms.
