Hey I'm Harrison and sometimes I have thoughts (more often than not there off topic) so like no one else I decided to make a blog
Likes: Doctor Who, How I Met Your Mother, Dr. Horrible's Sing-Along Blog, Harry Potter , Scrubs, Sherlock, Portal/Portal 2,Artemis Fowl
UCLA Spinlab has another great video demonstrating the effects of rotation on a fluid. In a non-rotating fluid, flow over an obstacle is typically three-dimensional, with flow moving over as well as around the object. But in a steadily rotating fluid, as shown in the latter half of the video, the flow only moves around the obstacle, not over it. This non-intuitive behavior is part of the Taylor-Proudman theorem, which shows that flow around an obstacle in a rapidly rotating fluid will be two-dimensional and confined to planes perpendicular to the axis of rotation. (For the mathematically-inclined, Wikipedia does have a short derivation.) This 2D flow creates what are called Taylor columns over the obstacle. The Taylor column is like an imaginary extension of the original obstacle, turning the puck into a tall cylinder, and it’s real enough to flow, which diverts around it as though the column were there. (Video credit: UCLA Spinlab)
the guardian imagines what historical figures might look like today. my personal favourite is shakespeare, reincarnated as a shoreditch hipster.
but can you imagine how’d he’d sound a loft party?
“I’m going to subvert the whole, like, narrative ideal by telling you upfront that these two, like, teenagers are going to fall in love and die, and then do it. So there’s no more hiding in the words. Stark, yeah? And then, I think I’ll hide a sonnet in their big scene together, right? It’ll be subversive, because only, you know, people who are up on sonnets will get it…..what? No, she’s thirteen—a little edgy but that’s art, man. Art.”