Elizabeth A. Wood

In 1997, the ACA established the E. A. Wood Science Writing Award to honor the authors of publications that do an exceptional job in writing about science for the public. The award is presented every three years, and the first honoree was Nobel laureate Roald Hoffmann. Other winners have included K.C. Cole, Ira Flatow and Oliver Sacks.

Wood became known for the clarity of her writing, particularly in books intended for nonscientists such as Science for the Airplane Passenger (1969). Her Crystals and Light (1964), written for people with no prior background in optics, was long considered the standard beginner's textbook in the field. A version of this book, Experiments with Crystals and Light (1964), was put out by Bell Labs for high school students as both a booklet and an experiment kit. Her Crystal Orientation Manual (1963) was a handbook for technicians on the proper preparation of crystals for research. As the title of her 1962 book Rewarding Careers for Women in Physics (1962) suggests, she championed efforts to bring more women into the sciences, speaking out on the issues involved—such as cultural disapproval of professional women—at meetings and conferences.

Wood was a fellow of the American Physical Society. She was awarded honorary doctorates by Wheaton College (1963), Western College, Ohio (1965), and Worcester Polytechnic (1970).

Throughout her career, Wood undertook leadership roles in a number of professional organizations. One of her more prominent efforts was to participate in the founding of the American Crystallographic Association (ACA) out of a merger between the American Society for X-Ray and Electron Diffraction (ASXRED) and the Crystallographic Society of America (CSA). In 1957, she became the ACA's first woman president.

From the 1950s to the 1970s, Bell Labs spent some $500 million on technologies to create a videophone. In 1964, Bell Labs debuted its "Picturephone" system, with limited commercial service in a few cities. The service was inaugurated with a ceremonial call from First Lady Bird Johnson]] to Wood in Bell Labs' videophone center in New York City.

In 1942, Wood—whose interest in crystallography had developed at Bryn Mawr—took a job in the Physical Research Department of Bell Telephone Laboratories, where she was their first woman scientist. For over two decades, she ran a crystallographic research program at Bell Labs, focusing primarily on the electromagnetic properties of crystals. She addressed such problems as growing single crystals that would have useful conductive, magnetic, or other properties; as well as investigating new crystalline materials with ferromagnetic or piezoelectric properties. She looked at phase transitions in silicon, irradiation coloring in quartz, and ways to change the state of certain materials through the application of electric fields. In the course of her research, she developed "the first systematic notation for surface crystallography". Her work fed into the development of new superconductors and lasers at Bell Labs.

Elizabeth Armstrong Wood (1912–2006) was an American crystallographer and geologist who ran a research program at Bell Telephone Laboratories that led to the development of new superconductors and lasers. She was known for the clarity of her writing and her efforts to educate the general public about scientific subjects.

Elizabeth Armstrong "Betty" Wood was born October 19, 1912, in New York, New York. She went to Barnard College for her B.A. and Bryn Mawr College for her master's degree and doctorate in geology. She went on to become an instructor in geology at Bryn Mawr for the 1934–35 and 1937–38 academic years. In the same period, she was an instructor in geology and mineralogy at Barnard (1935–37, 1938–41). She eventually became a research assistant at Columbia University.