The nature of the excited states of a polaron needs further study.

In 1946, Pekar developed a concept of a polaron and introduced this term.

From this condition also the polaron cyclotron mass can be derived.

This is the case of a large a.k.a. Fröhlich polaron.

"Continuous sensor scans of the polaron beam have provided more data.

The last time, shields lost twenty percent of power when hit with the new Cardassian polaron beams.

A polaron is a quasiparticle composed of a charge and its accompanying polarization field.

The physical properties of a polaron differ from those of a band-carrier.

The expression for the magnetooptical absorption of a polaron is:

"Single intensity polaron, shields down to eighty percent!

What surprised him was that this was one of the phased polaron beam control rooms, not the central computer.

He had been monitoring the polaron bursts that put the Petraw in check and so far everything ran with textbook efficiency.

The polaron beam seems to be working."

"My first suggestion would be to use a polaron burst to try and disrupt the dampening field surrounding one of the mines."

Feynman introduced a variational principle for path integrals to study the polaron.

Their phased polaron beams shot out again and again, pounding the Romulan vessel.

That beam is the same phased polaron type as what the Cardassians have been using, but two hundred and fifty times more powerful."

Electron, polaron, gravimetric and even temporal disturbances all swept by with dizzying speed.

The carrier together with the induced polarization is considered as one entity, which is called a polaron (see Fig. 1).

He could see dark streaks of polaron damage all across the section's hull, visually warped by the disrupted shields.

"A phased polaron beam of considerable power.

"Tuvok, send an emergency transmission to Starbase 310-make sure all our sensor data on that polaron weapon is part of it!"

This anticrossing near the TO-phonon frequency was explained in the framework of the polaron theory.

A polaron is a quasiparticle which comes about when an electron interacts with the polarization of its surrounding ions.

A conduction electron in an ionic crystal or a polar semiconductor is the prototype of a polaron.