The Obama administration announced Friday that it would establish an Institute for Manufacturing Innovation on photonics, or the science of using light in everything from advanced manufacturing to transmitting data. The industry and related fields such as optics and imaging already account for an estimated 17,000 jobs in this region.
BBC Click’s Spencer Kelly looks at some of the best of the week’s technology – including how scientists at the University of Rochester are using a series of lenses to create a form of invisibility and plans to turn the game Tetris into a film.
A quick drive around Mt. Hope and Elmwood avenues shows an area completely transformed as a result of the $100 million College Town project under way. The first retail opening in the 14-acre, mixed-use development will be the Barnes & Noble bookstore on October 17. The store will be the University of Rochester’s official campus bookstore, and also serve the general public.
Could this be the invention that every Harry Potter fan has been waiting for? Nerds the world over are going gaga for a so called invisibility cloak. It uses lenses to make light pass around an object so it looks like it isn’t there. To tell us about the breakthrough we have the creator of the invisibility cloak, Professor John Howell with the University of Rochester. Can you talk us through how this works?
Last week the Center for Political Accountability and the Zicklin Center at the University of Pennsylvania’s Wharton School released the annual “CPA-Zicklin Index,” which ranks companies based on disclosure policies for political activities. Shareholders and executives may want to take note, though: A high ranking isn’t necessarily good for your company—or for you. Op-ed by David Primo, associate professor of political science and business administration
Everyone from Harry Potter to working physicists are fascinated with cloaking devices. Now, researchers at at the University of Rochester have used simple, inexpensive, off-the-shelf components to hide objects in the visible spectrum of light. In other words, now you see it; now you don’t.
It’s like a very small invisibility cloak made of glass. Researchers at the University of Rochester seem to be taking the words of science fiction writer Arthur C. Clarke’s to heart: “any sufficiently advanced technology is indistinguishable from magic.”