Estimates of radiative energy values in ground-level observations of an unidentified aerial phenomenon: New physical data

Abstract

An exceptional observation of an anomalous object, recorded as ‘unidentified’ by the US Air Force and in the1969 final report of the University of Colorado (“Condon”) study of UAPs, has been re-examined by a Franco-American scientific team. The observation took place on the evening of December 30, 1966, on an isolated highway traversing a forest near Haynesville, Louisiana. Early in 1967 the main witness, a professor of atomic physics named Louie A. Galloway, reported the case to Project Blue Book of the USAF. Pro-active investigation by one of the authors (JV) brought it to the attention of Professor Edward Condon, himself a noted atomist who had worked under Project Manhattan. Dr. Condon and his team had just begun an official re-examination of UFO (UAP) phenomena under funding of the US Air Force. The case, which centered on a well-defined luminous object at ground level, led to energy estimates from 500 to 1400 MW, in the range of a small modern nuclear power plant. Significantly, it was one of a number of cases carried as ‘Unidentified’ in Dr. Condon's final report to the National Academy of Sciences in 1969. Subsequent to that Academy report, significant work was continued at the site by civilian investigators who confirmed the data, augmented by night photography flights. The team returned to the area with the primary witness, located the exact place of observation and gathered new data, notably about the nature of burns evidenced on the trees, which had not been available to Dr. Condon and his assistants. Samples of the burned and intact bark were obtained by our own team, and they were preserved until it became possible to properly analyze the material. The burn analysis data presented here was obtained at the laboratories of the French Atomic Energy Commission in Saclay, France. We present our results with the understanding that the study will benefit from further discussion within the larger scientific community.