A novel two-step method that facilitates the heterogeneous integration of high-quality BaTiO3 capacitors onto silicon substrates resulting in robust ferroelectric, electromechanical & endurance characteristics.
https://t.co/Zt1wwbwb8j
@Pavannuke@iiscbangalore
Researchers @CeNSEatIISc@PennEngineers & @MITEngineering show how crystal turns to glass in indium selenide at ultra low power, a transformation that lies at the heart of memory storage.
The study was published in @Nature.
Read more: https://t.co/i36ccKhMm2
#IIScresearch
Researchers @CeNSEatIISc@PennEngineers & @MITEngineering show how crystal turns to glass in indium selenide at ultra low power, a transformation that lies at the heart of memory storage.
The study was published in @Nature.
Read more: https://t.co/i36ccKhMm2
#IIScresearch
Researchers at @CeNSEatIISc, @iiscbangalore@UofPenn, @MIT discovered that when current was passed through wires made of InSe, a 2D #ferroelectric material, long stretches of the material suddenly amorphised into glass.
https://t.co/yX7fWvWEPW
https://t.co/GG4TNGbcij
@Pavannuke
@Pavannuke
is offering a new #NPTEL#onlinecourse from 22 July'24: https://t.co/GUiPGzJftc
Course intro: https://t.co/wU307sUene
@iiscbangalore
It gives a flavor and generalized framework of how various properties emerge from structure and dynamics #NPTEL#iisc#semiconductor
Large electro-opto-mechanical coupling in VO<sub>2</sub> neuristors https://t.co/5BGxdVNNM4 New paper (editors featured article) in applied physics reviews. Happy reading
New Year, New Insights!
As we dive into 2024, get ready for an enriching lineup of seminars by academic superstars in their fields.
Stay tuned to this page for updates & mark your calendars!
We look forward to your enthusiastic & active participation.
@iiscbangalore#experttalks
@pcastr@arxiv This happens sometimes. For me, I submitted a paper in the condensed matter section. It was put on hold, and a few weeks later it appeared on quantitatively biology and neuroscience section: https://t.co/I4EnuJDVMC
In a new study, researchers @CeNSEatIISc, have created artificial networks using 2D materials that mimic the behaviour of neurons in the brain.
Such platforms can help researchers better understand how the brain processes data.
https://t.co/dCnTah5Ce6
#IIScresearch