Lynn Poole and Dr. John Woodburn, with the Masters in Teaching program at Johns Hopkins University, interview five students about their winning Science Fair projects: Roger Roberts demonstrates his computer-programmed "logical mouse" in a maze; Wayne Grimm discusses zonal distribution of land snails of Maryland; Ann Taylor experiments with radioactivity measurement in the dials of a clock; John Clauser demonstrates his electronic interceptor computer; and Jeannie Hodges discusses her study of goose pimples. Mr. Poole also talks with the 1950 National Science Fair winner, Dominic Edelen, who is now a design specialist in the manned satellite division of Martin Co. in Baltimore, Md.

In this first program of a three-part series, Dr. I. M. Levitt, Director of the Fels Planetarium of Philadelphia's Franklin Institute, describes the shape, characteristics, and historical formation of the moon. He explains that over 30,000 craters have been counted on the moon, including Tycho, and that the dark areas called "seas" by Galileo are actually deserts. Dr. Levitt predicts that because of its low gravity and lack of atmosphere the moon will be used as a launching site for exploring the solar system. For the same reasons, the moon is also an ideal place for asthmatics and heart sufferers. He discusses the Saturn rocket project under Wernher von Braun, which will launch a rocket to the moon. He anticipates that between 1962-68 a man will land on the moon, but first robots must probe the lunar surface and gather data such as temperature. A man models a Navy full pressure suit similar to what astronauts will use in their lunar exploration. Dr. Levitt also predicts that within the next 20 years a nearly self-sustaining colony will be established on the moon. Displaying a lunar housing simulation model, Dr. Levitt describes how fuel, water, atmosphere, and quarters can be made from readily available basic elements on the moon and how algae and hydroponics could form the basis of the food supply. He maintains that the moon is the key to the conquest of space because the earth's gravity is so strong it limits our exploratory distance. Lynn Poole concludes the program by recommending Levitt's recent book "Target for Tomorrow."

Dr. George Carter, geology professor at Johns Hopkins University, shows a "talking board" discovered in 1868 on Easter Island and discusses previous attempts to decipher its symbols, called rongorongo, as writing or decoration. A film clip of Byrd's expedition party visiting the stone statues on Easter Island sets the scene. Bishop Tepano Jaussen of Tahiti was the first person to investigate this mystery, and he ultimately published a dictionary of identified glyphs in 1898. He was followed by Thomas Crafts, who concluded that the symbols were just decorations; William J. Thomson, who attempted unsuccessfully to have a story board translated; Bishop Claessens, who reported that figures on an island in the Seychelles were similar to the rongorongo; Lacouperie, who discovered seals in south India similar to the Easter Island symbols; and, William Hevesy, who pointed out the similarities of seals excavated in the Indus Valley to forms on Easter Island.

Nicolaus Copernicus took issue with early astronomers such as Ptolemy, who wrote the "Almgest," a catalog of the motions of the planets and position of stars based on his use of an astrolabe. Costumed actors portraying Copernicus and his pupil Rheticus discuss astronomical theories and question the prevailing belief in the epicycles of planets in an earth-centered universe. However, their work was criticized by the church, including Martin Luther who considered the concept of the earth revolving and rotating to be "ludicrous." Danish astronomer Tyco Brahe combined the best findings from both Ptolemy and Copernicus, but did not accept the latter's heliocentric universe. Rheticus, however, wrote about that theory in his "First Account." Copernicus died in 1543, as his "Concerning the Revolution" was being published. Giordano Bruno defended the Copernican heliocentric theory and was tried as a heretic and burned at the stake.

This program follows a patient, Mrs. Baker, through the procedure of cosmetic plastic surgery, beginning with her conferences with both psychiatrist Jacobson and surgeon Edgerton. The viewers follow the patient from hospital admittance and pre-op through the actual surgery to decrease her nose size and to augment her chin with a bone graft. Dr. Edgerton discusses post-op procedures and expectations and shows pre- and post-surgery profiles of Mrs. Baker. According to the patient, the plastic surgery changed her inner feelings of worth as much as her outward appearance. Dr. Jacobson stresses that cosmetic plastic surgery should never be sought for self-indulgence, only to remove self consciousness and self doubt.

Lynn Poole shows two children album pages of lasting gifts: the oldest hymn, "Gloria in Excelsis," inserted into Mass by Pope Telesphorus, sung by the Johns Hopkins Glee Club; the custom of Christmas cards, first designed by John Callcott Horsley at the request of his friend Henry Cole in 1843, and another card designed by W.M. Edgley; the story surrounding the composition of "Silent Night," with words by Father Joseph Mohr and music by Franz Gruber and sung by a duet; the history of the Christmas tree traced to Martin Luther; the development of Santa Claus by cartoonist Thomas Nast from Dr. Clement Moore's poem "A Visit from St. Nick"; the 1897 "Is there a Santa Claus" letter to "The New York Sun" and response from its editor Francis P. Church; the Welsh air "Deck the Halls" sung by a quartet; the Yule log custom; Johns Hopkins' President Milton S. Eisenhower's remarks on the significance of Christmas; and the composition of "Hark! The Herald Angels Sing" with words by Charles Wesley.

Lynn Poole opens the program with a brief history of radar. Dr. J.W. Gebhard, research psychologist with the Johns Hopkins Applied Physics Lab (APL), explains that his job is to improve the way men interpret radar pictures on an A-scope. He then demonstrates a PPI (plan position indicator) scope, which uses a bearing dial and cursor to locate a target. Dr. Albert Stone, a physicist with the APL, explains that RADAR is an acronym for "radio detection and ranging," which measures unknown distances accurately. He demonstrates radar's principles and explains how it works, including the radar antenna that indicates direction. A film shows a police radar speed meter in operation. This is doppler radar, measuring only velocity. Other film clips show the use of radar at sea for guiding ships into harbors, air radar for a flight across Lake Erie, and storm forecasting radar. Dr. Gebhard describes ground control approach (GCA) radar including a film of one hour of airplane flights compressed to a few minutes.

This program, in the form of a quiz show, encourages viewers to use their mind to reason. Two Johns Hopkins University engineering freshmen, Karvel Rose and Robert Abernethy, and two arts and sciences freshmen, Michael Kelley and Pudge Ellwood, are the contestants. Walter Millis, Jr. is the scorekeeper, and Dr. Eliezer Naddor, Johns Hopkins professor of industrial engineering, asks the questions and explains the answers to eight puzzles.