KELLEY, JAMES DOUGLAS JERROLD, 25 East Eighty-third Street, New York City; Commander, United States Navy. KELLEHER, DANIEL, 1116 Spring Street, Seattle, Washington; member of the law firm of Bausman & Kelleher, Alaska Building, Seattle, and director of the Seattle National Bank, Bank for Savings and State Bank of Seattle. KELLY, DANIEL E., attorney at law, Salyer Block, Valparaiso, Ind. KELLY, EUGENE, Templecourt Building, New York City. KELLY, GERTRUDE B., M. D., 130 East Twenty-seventh Street, New York City. KELLY, JOHN FORREST, PH. D., Pittsfield, Mass.; born near Carrick-on-Suir, Ireland. He was educated in Stevens Institute of Technology, Hoboken, N. J., received the degree of B. L. in 1878 and that of Ph. D. in 1881. His first occupation was as assistant to Thomas A. Edison, in Menlo Park laboratory, his work then principally relating to the chemistry of rare earths. Late in 1879 Mr. Kelly became electrical engineer of the New York branch of the Western Electric Company. This was the time when the telephone was being generally introduced, and when dynamos were being first applied to telegraphic purposes. In the construction and installment of instruments for telegraphy and telephones and of such measuring instruments as were then known, Mr. Kelly received a thorough training. In 1882 he became laboratory assistant to Edward Weston, then chief electrician of the United States Electric Lighting Company, and, with the exception of a year which he spent in connection with the Remingtons, Mr. Kelly continued his association with Mr. Weston until July, 1886. Some of the most important work, such as the research which ended in the discovery of high resistance alloys of very low or even negative temperature co-efficients, were substantially carried out by Mr. Kelly under general directions from Mr. Weston, whom Mr. Kelly succeeded as chief electrician of the United States Electric Lighting Company, which, in 1889, passed to the Westinghouse interests; but Mr. Kelly retained his position as chief electrician until January, 1892, when he resigned to join William Stanley in experimental work. The work done by Mr. Kelly, in this connection, gave a great impetus to the alternating current business. Mr. Kelly’s inventive work is partially represented by eighty patents. The art of building transformers and generators of alternating currents was revolutionized, and Mr. Kelly and his colleagues were the first to put polyphase motors into actual commercial service. That success naturally led to long-distance transmission work, and the first long-distance transmission plants in California (indeed the first in the world), were undertaken on Mr. Kelly’s recommendation and advice. He was the first to make a hysteretically stable steel, a matter of vastly more importance than the comparatively spectacular transmission work. Mr.