![]() ![]() Fantastic is at a loss on what to do as radiation is not his expertise. Out of Doc Ock’s many evil deeds, the killing of George Stacy is easily one of his most heinous–and it was a complete accident! During his fight with Spidey, he accidentally smashes a nearby chimney and the debris ends up being what kills George! Despite not meaning to, one really has to wonder just how much pleasure Ock took in the torment he ended up causing his most hated foe–intentional or otherwise.Īfter the Invisible Woman is hospitalized after being exposed to a deadly radiation, Mr. ![]() Spider-Man’s current battle with Doctor Octopus soon devolves into tragedy as Captain George Stacy is unfortunately caught in the crossfire. It just goes to show that supervillains are people too, even ones as ruthless as Doc Ock. Because of this, Otto seeks her out not for some villainous scheme, but because he simply doesn’t want to be alone on Christmas. Aunt May really is the only person who has ever shown Otto any kindness and sincerity and not viewed him as a monster. The Ock/May “relationship” has always been an odd piece of the spider-mythos, but it really works here. However, when Peter Parker sees his longtime foe outside of his aunt’s home, he naturally assumes the worst and a fight ensues. On Christmas Eve, a thoroughly lonely Doctor Octopus makes his way to Aunt May’s house in the hopes of not having to be alone on this special day. So let’s take a look at what I consider to be his ten greatest! As the wall-crawler’s second greatest adversary just behind The Green Goblin, comic book readers have been treated to many excellent stories starring the not-so-good doctor. Octopus/Doc Ock! Created by Stan Lee and Steve Ditko in 1963, the multi-armed madman has since gone on to be Marvel’s second best villain to possess the title of “doctor” (you can guess who the first is). Welcome back to “Supervillain Spotlight”, where I look at some of the best stories involving Spider-Man’s many rogues! Today we’ll be taking a look at the web-slinger’s second greatest antagonist:Įveryone’s favorite science squid, Otto Octavius a.k.a. Yu said this technology could be incorporated for a similar purpose.NOTICE: This list was significantly altered on 7-8-23. ![]() ![]() While the most valuable applications would be for defense or industry, Yu said consumer applications such as toys and wearable electronics also could offer a market for such a technology.Īnother possibility? Luxury carmakers now try to give a car's occupants the sensation that the car has disappeared by deploying cameras to shoot videos on the passenger side of the car and using LED mats to display the view. The researchers describe their work as including pixelated devices that include analogs to each of the key elements included in the skin of cephalopods, with two exceptions, the iridophores and central ocular organs. The flexible skin of the device is composed of ultrathin layers, combining semiconductor actuators, switching components and light sensors with inorganic reflectors and organic color-changing materials in such a way to allow autonomous matching to background coloration. Similarly, he said while the prototype is less than one-inch square, it can be easily scaled up for manufacturing. The prototype developed by the researchers works in black and white, with shades of gray, but Yu said it could be designed to work in the full color spectrum. It reads the environment using thermochromatic material." Rogers of the University of Illinois at Urbana-Champaign and Yonggang Huang of Northwestern University.Įarlier camouflage systems didn't automatically adapt, Yu said. Other researchers on the project include John A. The technology is described in a paper published this week in the Proceedings of the National Academy of Sciences.Ĭunjiang Yu, assistant professor of mechanical engineering at the University of Houston and lead author of the paper, said the optoelectronic camouflage system was inspired by the skins of cephalopods, a class of marine animals including octopuses, squid and cuttlefish, which can change coloration quickly, both for camouflage and as a form of warning. Researchers have developed a technology that allows a material to automatically read its environment and adapt to mimic its surroundings. ![]()
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