Sisi crystal

[Tamalika Banerjee (@tamalika.bsky.social) @TamalikaBanerj5]

True asset: exemplary researcher built and steered collaborations within @cognigron. An adept writer, avid reader and great team player. @AnoukGoossens

[Tamalika Banerjee (@tamalika.bsky.social) @TamalikaBanerj5]

Physics connects. Our groupfie at the just concluded Physics@Veldhoven 2022
#physicsconnects #physics

[Nanoscience @NanoscienceTop]

Congratulations to Tamalika Banerjee with the Teacher of the Year award! Very well deserved!

[Tamalika Banerjee (@tamalika.bsky.social) @TamalikaBanerj5]

Truly honored to receive this . Thank you !- the very talented Top Master Nanoscience students and the excellent program ⁦@NanoscienceTop⁩

[ACS Applied Materials & Interfaces @ACS_AMI]

Temporal dependence of #ferroelastic domain wall motion in 2D graphene/hBN-STO interface opens ways for electric field control of memory functionalities in electronic devices, for alternative computing hardware eg #neuromorphic computing: https://t.co/XtS95DnX3S @TamalikaBanerj5

[Sisi crystal @SisiCrystal]

Excellent contributions from
@B8Pil0aH2xsZjmt
@EDuijnstee
@BiplabUppsala
@TamalikaBanerj5

[Sisi crystal @SisiCrystal]

Our recent paper!
@ACS_AMI:Temporal dependence of oxygen vacancy motion and ferroelastic domain walls in 2D graphene/hBN-STO interface opens ways for electric field control of memory functionalities, in electronic devices, for neuromorphic hardware.
https://t.co/U50DehdKwW

[Sisi crystal @SisiCrystal]

Our recent paper!
@ACS_AMI:Temporal dependence of oxygen vacancy motion and ferroelastic domain walls in 2D graphene/hBN-STO interface opens ways for electric field control of memory functionalities, in electronic devices, for neuromorphic hardware.
https://t.co/U50DehdKwW