An electromagnetic wave or signal traveling from “here” to “there” has an electrostatic field component that we call its E-field and whose direction we assign as the signal’s polarity. Often, the ...
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New optics model reveals how polarized light moves through complex matter
Polarized light is one of the most powerful tools scientists have for peering inside matter, yet the way it twists, scatters ...
In the realm of high repetition rate lasers, Pockels cells emerge as quintessential components, wielding significant influence over laser performance and functionality. These electro-optic devices, ...
Lead-based B-site complex perovskites, also referred to as “relaxors,” exhibit large dielectric responses due to their complex structures. Understanding their atomic arrangements and inhomogeneous ...
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