1965 Physics Nobelist Richard

Usage examples of feynman.

He walks off into the darkness, leaving Feynman alone in the dim light.

Flashes of LIGHTNING reveal Feynman, a silhouette with a gun looking down at the ground.

These diagrams are string theory versions of the so-called Feynman diagrams, invented by Richard Feynman for performing perturbative calculations in point-particle quantum field theory.

But the facts pointed to an opposite outcome: a precipitous transfer off the Feynman along with a demotion in stature, if not rank, and the subsequent twenty-year estrangement of old friends.

It was a colony we stumbled across when I was captain of the Feynman, and Dr.

McCoy, and other Feynman crew members on Nova Empyrea eighteen years ago.

Wearing the mask of a sixteen-year-old, black-haired girl with a Grecian nose and flashing eyes, Feynman turned on his considerable charm.

If I had any real solid clue what it was that made Feynman different from the rest.

In my virtual vision, Richard Feynman lifts his shoulders in a powerfully suggestive shrug.

Paul Dirac, Wolfgang Pauli, Julian Schwinger, Freeman Dyson, Sin-Itiro Tomonaga, and Feynman, to name a few, struggled relentlessly to find a mathematical formalism capable of dealing with this microscopic obstreperousness.

When Feynman made that comment, physicists had had half a century to adjust to the strangeness of atomic behavior.

In the early eighties, Feynman had speculated that it might be possible to build a computer using the quantum attributes of atoms.

But twenty years ago, Richard Feynman suggested it might be possible to make an extremely powerful computer using all thirty-two quantum states of an electron.

I could say, more formally, that the Feynman theory provides a way for the boundary conditions of the universe to impose a selection effect on retarded waves.

Somewhere out in that solution space some equivalent of me figured out and wrote down the message, and sent it back with a Feynman radio.