And, yes, even this.
“Photographer and conservationist Bryant Austin captures some truly breathtaking shots of whales as a reminder of their beauty and existence in the vast oceans. The photographer manages to get full body shots of them, a feat that so few are able to achieve with such high quality, while revealing remarkable details of these aquatic mammoths. Browsing through his collection, one feels like they can actually reach out and touch the giant creatures, feeling the texture of their skin while examining the breadth of their bodies.”
And these are just 10 of close to 500 different free biodiversity cards on the website, which are also playable as a game!
If you want to print them out, go to Phylogame.org/cephalopoda, and click “print” (on the left sidebar). Then click on page “2” (near the top) and click “print” again. If you want to include card backs with these printouts, then download the card back (the link is on the left sidebar), flip your card printouts and print the back on the other side.
This, from the Journal of Physics Special Topics.
In Spiderman 2 there is a scene in which Spiderman stops a runaway train using his webbing to provide a counter-force. Using the information available this paper examines the material properties of the webbing under these conditions and finds the Young’s modulus to be 3.12GPa, a reasonable value for spider silk.
In the early sixties Marvel Comics first introduced Spiderman; a superhero with the abilities and scaled strength of a spider. In a recent movie incarnation, Spiderman has the ability to sling webs from spinnerets located in his wrists. These webs have been shown to be capable of taking great amounts of strain, and have displayed a high level of adhesiveness. Arguably the greatest test of these webs is found in the 2004 movie, Spiderman 2; wherein Spiderman manages to bring a runaway train to a stop by sticking multiple webs to adjacent buildings, and bracing himself on the front of the train until it comes to a rest just before dropping into a river . In this paper we attempt to model the forces upon the webbing in such a situation, and compare it to measured values of the Youngs modulus and yield strengths of real spider’s web.
Download the paper here.