
The first edition of John Carter of Mars (a title that Burroughs never used for any book in the Barsoom series) was published in 1964 by Canaveral Press, fourteen years after his death. The factory utilizes the ninth ray of sunlight, separating it out from the other eight rays using instruments on the factory's roof.

It is responsible for providing the air that sustains all life on Barsoom. Several other writers have written pastiche endings for the story. The atmosphere factory (or atmosphere plant) is a large and highly guarded installation maintained by Helium.
Barsoom energy lance series#
Intended as the first in a series of novelettes to be later collected in book form, in the fashion of Llana of Gathol, it ends with the plot unresolved, and the intended sequels were never written. The second story, "Skeleton Men of Jupiter", was first published in Amazing Stories in 1943.

Mars, according to Edgar Rice Burroughs, has a human history spanning millions of years and in that time races have risen to scientific heights exceeding our planet and then faded to memory as. Although credited to Edgar Rice Burroughs, it was written (and illustrated) by his son, John Coleman Burroughs and was later expanded and re-published in the January issue of Amazing Stories in 1941 as "John Carter and the Giant of Mars", the name it goes under in the collection. Barsoomian technology is a curious mixture of the sophisticated advanced scientific society and the primitive innocence of barbarism. The first story was originally published in 1940 by Whitman as a Better Little Book entitled John Carter of Mars. It’s a short setting for the Troika role playing game.

It is not a novel, but rather a collection of two John Carter of Mars stories. Here’s one I actually created Bad Barsoom. John Carter of Mars is the eleventh and final book in the Barsoom series by American writer Edgar Rice Burroughs. LANCE (Lanthanide Chelate Excite) TR-FRET technology combines the benefits of Time Resolved Fluorescence (TRF) with those of Frster Resonance Energy Transfer (FRET) in a simple, highly-sensitive, and highly reproducible assay platform for detection, quantitation and screening in microplate format.
