Life in Extraterrestrial Environments Quarterly Status Report No. 4, 15 Nov. 1965 - 15 Feb. 1966

Bacillus spore germination in simulated Martian environmen

Life in extraterrestrial environments Quarterly status report, 1 Sep. - 30 Nov. 1967

Importance of Bacillus cereus and Staphylococcus aureus survival and growth to extraterrestrial planetary contaminatio

Life in extraterrestrial environments Final report, 16 Feb. 1968 - 14 Jul. 1969

Ultraviolet irradiation of microorganisms in simulated Martian environmen

Soluble field theory with a massless gauge invariant limit

It is shown that there exists a soluble four parameter model in (1+1) dimensions all of whose propagators can be determined in terms of the corresponding known propagators of the vector coupling theory. Unlike the latter case, however, the limit of zero bare mass is nonsingular and yields a nontrivial theory with a rigorously unbroken gauge invariance.Comment: 7 pages, revtex, no figure

Life in extraterrestrial environments Quarterly status report, Feb. 15 - May 15, 1966

Simulated Martian atmospheric and ecological effects on Bacillus cereus spore germinatio

Life in Extraterrestrial Environments Quarterly Status Report, 15 Feb. - 15 May 1965

Growth response of Bacillus cereus and subtilis cells subjected to modified Martian environment with freeze cycles of different duration

Life in extraterrestrial environments Quarterly status report, 15 Aug. - 15 Nov. 1965

Effect of extraterrestrial environment on bacteri

Life in extraterrestrial environments Quarterly status report, Nov. 15, 1966 - Feb. 15, 1967

Simulated Martian environment growth experiments conducted with Staphylococcus aureu

LIFE IN EXTRATERRESTRIAL ENVIRONMENTS

Life in extraterrestrial environments - simulation of martian environment and survival of microorganism

Unification of the Soluble Two-dimensional vector coupling models

The general theory of a massless fermion coupled to a massive vector meson in two dimensions is formulated and solved to obtain the complete set of Green's functions. Both vector and axial vector couplings are included. In addition to the boson mass and the two coupling constants, a coefficient which denotes a particular current definition is required for a unique specification of the model. The resulting four parameter theory and its solution are shown to reduce in appropriate limits to all the known soluble models, including in particular the Schwinger model and its axial vector variant.Comment: 10 page