Ferroelectrics are like ferromagnetics in that the different areas of ferroelectrics get polarized in different directions based on the charge density and finally the net charge of the material, as a whole gives the resultant polarization in a particular direction. The negative permittivity results in opposite polarization and it can be further explained in multidomain ferroelectrics. The Capacitance-Inductive transition is also explained in a simple manner by exploiting the fundamental concept of electromagnetism.

I am Deepalakshmi Chandrasekaran.I being a member of nanohub for 10 years.I am a lifelong learner and researcher.

Credits go to Prof.Supriyo Datta, my Guru.

1. Negative Capacitance in action. Spatially resolved steady-state negative capacitance

Nature volume 565, pages468–471 (2019)

2. Underlying Physics behind negative capacitance,2022.nanohub resource.

Researchers should cite this work as follows:

• deepalakshmi chandrasekaran (2023), "A New Perspective of Capacitive-Inductive Transition in Ferroelectrics," https://nanohub.org/resources/36781.

  BibTex | EndNote

1. classical electromagnetism
2. electromagnetics
3. ferroelectrics
4. inducatance
5. multidomain ferroelectrics
6. negative capacitance