Riob NASA Apparently Needs a Second Babysitter for the Ambitious Mars Sample Return
announced she was leaving Batwoman last May, the show had a problem鈥攕everal problems, in fact. Rose was of course the star and lead of the series, but every single part of the series was built solely around Kate Kane, so the CWs writers needed to figure out what to do with the character. So far, the shows solution is the most convoluted decision possible. I do feel for the writers because Roses departure left them in a bad spot. Since Kate was the only part of the show worth investing in during its lackluster first season, she couldnt completely disappear, never to appear again; plus, Kate would be needed to bridge the second season from the first so the show wouldnt feel like it had been r
stanley cupe ebooted in its infancy, potentially losing whatever fans it had made. Plus, I can see how the Arrowverses commitment to continuity would make the creators feel they needed to explain why Kate wouldnt look or sound like Rose anymore. In the end, they decided to make Roses Kate Kane seem to die in a plane crash in between seasons one and two, leading to Javicia Leslies Ryan Wilder donning the cowl in her place. When Kate returned, shed been disfigured by the crash, which p
stanley water bottle rovided a convenient reason why she no longer looked like the previous star and would be played by ac
stanley shop tor Wallis Day instead. Thats a pretty messy answer, but messy in a traditional soap opera-y way, and it probably would have been fine if Batwoman didnt complicate it beyond measure. See, it turns out the Black Mask Pet Uxfh For Earth Day, Houston Public Media Is Promoting 8230; Chevron
Even more interestingly, the researchers made this material from common cellulose, the simple stuff that makes up paper and which can be extracted from wood, cotton, or other renewable sources. Weve already mentioned scientists arranging cellulose fibers in a way that makes them appear incredibly wh
stanley botella ite. But now instead of laying fibers, a team of physicists a
stanley cup re molding cellulose films with tiny, regularly spaced impressions like an upside-down Lego piece . The outcome was a thin, single-centimeter iridescent film that reflects light based on
stanley hrnek the spacing of the dots, according to the paper published recently in Nature Photonics. Etching surfaces like this isnt a new trick. But the researchers behind this project are especially excited about using a stamp or a mold to pattern the cellulose, since its so easy, cheap, and reproducible, they write. And cellulose can be put on top of metals, washed, eaten, and many other things, which means we could be seeing a lot more of these shimmering rainbows. This is just a single paper about a single labs work, so Im not going to tell you that in the next two years, pills, foods, and electronics will be colored with nanoprinted dots instead of dyes and paints. But that would be pretty cool. [Nature Photonics via ICMAB] ChemistryPhysicsScience