The capacitor is a key element of electronic devices and is characterized by positive
capacitance. However, a negative capacitance (NC) behaviour may occur in certain cases …

Device applications of ferroelectrics have not only utilized the switchable polarization but
also adopted myriads of emerging physical properties. In particular, ferroelectrics in ultra …

With the scaling of lateral dimensions in advanced transistors, an increased gate
capacitance is desirable both to retain the control of the gate electrode over the channel and …

The properties of ferroelectric materials, which were discovered almost a century ago, have
led to a huge range of applications, such as digital information storage, pyroelectric energy …

Ferroelectrics are promising for nonvolatile memories. However, the difficulty of fabricating
ferroelectric layers and integrating them into complementary metal oxide semiconductor …

Negative capacitance in ferroelectric materials has been suggested as a solution to reduce
the power dissipation of electronics beyond fundamental limits. The discovery of …

Negative differential capacitance in ferroelectrics, which can be stabilized using a dielectric,
could be used to overcome the limitations of capacitive coupling in electronic devices …

The negative capacitance (NC) effect in ferroelectric thin films has attracted a great deal of
attention from the material and semiconductor device communities because it could be a …

With the progress in silicon circuit miniaturization, lowering power consumption becomes the
major objective. Supply voltage scaling in ultralarge‐scale integration (ULSI) is limited by …

Recently, the proposal to use voltage amplification from ferroelectric negative capacitance
(NC) to reduce the power dissipation in nanoelectronic devices has attracted significant …