Sentence examples for atoms and quantum from inspiring English sources

The CUA's research is currently organized around the themes of strongly correlated states of ultracold atoms and quantum state control of atoms and photons.

Their computer programs use the classical laws of motion dating from Newton to track the movement of a multitude of atoms, and quantum physics to describe the breaking and forming of chemical bonds.

For example, the Harvard-MIT Center for Ultracommunitys unites a cofmunity of scientists from both institutions to pursue research in the new fields opened up by the creation of ultracold atoms and quantum gases.

The Center for Ultracold Atoms (CUA) brings together a community of scientists from the Massachusetts Institute of Technology (MIT and Harvard Universityy to pursue research in the new fields that that have been opened by the creation of ultracold atoms and quantum gases.

It continues with articles on fundamental interactions in atoms and Quantum electrodynamics, on the fast progressing field of high energy heavy ion collisions and Quasi-molecules, on electronic and atomic collisions and the structure of electronic and ~-mesic atoms.

The reasons for these properties can be attributed to the large portion of surface atoms and quantum size effect, which is caused by the reduced size in three dimensions.

Although Sommerfeld is famous as a quantum theorist for the elaboration of the semi-classical atomic theory (Bohr-Sommerfeld model, Sommerfeld's fine-structure constant), his role in the history of modern physics is not confined to atoms and quanta.

Clue #3: The physical universe, down to the level of atoms and quanta, exhibits mind-like behavior.

There's no way, for example, that one could make a checklist comparing the merits of Newtonian mechanics (which applies to snooker balls and planets but not to anything that goes on inside the atom) and quantum mechanics (which deals with what happens at the sub-atomic level).

His research group's areas of focus include excited-state dynamics in chemistry – bridging the gap between traditional molecular dynamics (What are the atoms doing?) and quantum chemistry (What are the electrons doing?).

Another research team develops simulations of molecular systems that bridge the gap between traditional molecular dynamics (what are the atoms doing?) and quantum chemistry (what are the electrons doing?), with an ultimate goal of designing molecular devices powered by either light or force.