FOR CONSERVATIVES, who have traditionally valued their grand theorists more than their campaign consultants, the buildings that house Washington's premier think tanks are like a second set of grand monuments, symbols of a movement built on brash ingenuity.
In their dreams, theorists of both stripes hope that they will discover that they have been exploring the Janus faces of a single idea, yet unknown, but which might explain how time, space and everything else can be built out of nothing.
The philosophical interest in quantum computing is threefold: First, from a social-historical perspective, quantum computing is a domain where experimentalists find themselves ahead of their fellow theorists.
Despite their conspiracy-theorist-in-a-basement production style, the hosts of these programs at least have plenty of focus and momentum, unlike Bakker, who pinballs incoherently between ISIS, the Baltimore riots, and free shipping on Spanish rice all in the same sentence.
For many theorists, their laboratories are as portable as their laptops.
They opened up about the initiatives they've started to help make the world a better place, the experience of grief, dealing with conspiracy theorists, their plans for Dec. 14 this year and their hopes for the future.
This Triarchal Instruction Model offers a comprehensive framework for instructors in their curriculum design and for theorists in their analysis of various instructional approaches.
Although denied by some theorists, their denial seems distinctly paradoxical.
Most successful societies construct their narratives backward: Theorists concoct explanations for the achieved successes of these societies.
Because the infinitesimal size of strings has precluded their direct detection, theorists have sought to extract indirect implications of the theory that might be testable.
