This catalogue has produced for an exhibit put together by Florez and Frederic Manzano last year at Casal Solleric . The softcover version I saw is a thick 352 pages with dimensions of 24 cm x 32 cm. It has no ISBN or price, and was, apparently, only for sale at Casal Solleric and their partnered museum shops in a limited press run.
It's full of jaw-droppingly gorgeous reproductions, many from the original art, of some of Wood's best known pieces, and lots of more obscure items.
Vampires of the Void! By Wally Wood & Joe Orlando (1951)
Another Kenton of the Star Patrol story from Strange Worlds #4 (Sept. 1951). The GCD credits the art to Wally Wood and Joe Orlando, but it looks more like the work of Orlando with Wood probably doing some key layouts & figure inking. No matter who did what it still looks great!
Five Years early there was another story entitled, Vampires of the Void!, starring the Justice Society of America battling metal-eating monsters from space. No offense to Kenton, but when the chips are down my money is on Joe Kubert's mace-wielding Hawkman.
“The oriental hornet has built-in "solar cells" that generate electricity from sunlight—a first in the animal kingdom, according to a new study.
Scientists already knew that the hornet species, for unknown reasons, produced electricity inside its exoskeleton. Researchers recently went a step further by examining the structure of the hornet's exoskeleton to find out how the electricity is produced.
Their research revealed that pigments in the hornet's yellow tissues trap light, while its brown tissues generate electricity. Exactly how the hornets use this electricity is still not entirely understood.”
Abstract: The Oriental hornet worker correlates its digging activity with solar insolation. Solar radiation passes through the epicuticle, which exhibits a grating-like structure, and continues to pass through layers of the exo-endocuticle until it is absorbed by the pigment melanin in the brown-colored cuticle or xanthopterin in the yellow-colored cuticle. The correlation between digging activity and the ability of the cuticle to absorb part of the solar radiation implies that the Oriental hornet may harvest parts of the solar radiation. In this study, we explore this intriguing possibility by analyzing the biophysical properties of the cuticle. We use rigorous coupled wave analysis simulations to show that the cuticle surfaces are structured to reduced reflectance and act as diffraction gratings to trap light and increase the amount absorbed in the cuticle. A dye-sensitized solar cell (DSSC) was constructed in order to show the ability of xanthopterin to serve as a light-harvesting molecule.
From True Comics #81, Parents’ Magazine Press (1950), comes this crudely rendered retelling of the life of famous palaeontologist, Roy Chapman Andrews.
Click to Enlarge
Thanks to Mr. Cairo for the great gift of the original comic!