If you want to be immortal (in real life or in television and film), you need more than anti-aging cells – you need cells that fight common diseases. It is a fact echoed in In Time, a film where the characters never age past 25 years old. One of the characters mentions that only an accident could take his life – cancer, heart disease, and other illnesses do not exist in In Time’s (very youthful) world. But how could people be engineered not to age and resist cancer? Maybe the characters in the film are benefitting from some recent news at UCLA, where researchers engineered stem cells that find and attack melanoma.
“You think that the past is fixed and the future is up for grabs, but as far as the laws of physics are concerned they are equally real,” said Caltech’s Sean Carroll with a mischievous grin that seemed to suggest that he could actually see every brain in the room processing his words, accelerating to keep up.
On January 11, The Science & Entertainment Exchange held the second installment of its ongoing series Science on Tap at the Formosa Café in West Hollywood. The latest topic: From Eternity to Here: Time Travel for Beginners. Professor Sean Carroll wowed as the night’s one and only speaker in an interactive banter over beer on the nature of time, spaghettification (as a technical term), and why time travel is absolutely possible – in fact we do it every day … slowly forward.
On March 3, 2012, Dr. Seuss’s famed book The Lorax will come to the big screen. The trailer, released a couple weeks ago, gives a glimpse into the expanded adaptation. The film version of The Lorax follows Ted, a young boy on a mission to find a living tree for the girl he likes. It is a journey that leads him to the Once-ler (and some trouble with Thneedville’s villainous owner). The trailer opens up Thneedville to show residents pumping plastic bushes and driving large one-wheeled SUVs, not to mention the barren treeless landscape outside the town’s walls.