MatteoBaldo (@matteobld) 's Twitter Profile
MatteoBaldo

@matteobld

Executive PhD student. Stuck between Politecnico di Milano and STMicroelectonics. Main research: TCAD modeling of Phase Change Memory (PCM) based on Ge-GST

ID: 1519405613725503498

calendar_today27-04-2022 19:58:47

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NEDL - NanoElectronic Device Lab (@nanodevicelab) 's Twitter Profile Photo

Our fellow #PhD candidate Matteo Baldo will present his work titled “Modeling Environment for Ge-rich GST Phase Change Memory Cells” during the upcoming #IMW (Dresden, Germany). In this publication you can find the latest #TCAD model on #ePCM devices based on Ge-GST materials.

Our fellow #PhD candidate Matteo Baldo will present his work titled “Modeling Environment for Ge-rich GST Phase Change Memory Cells” during the upcoming #IMW (Dresden, Germany). In this publication you can find the latest #TCAD model on #ePCM devices based on Ge-GST materials.
MatteoBaldo (@matteobld) 's Twitter Profile Photo

This week I presented my last work "Characterization of Reset State Through Energy Activation Study in Ge-GST Based ePCM" at #essderc. Great event it is an honor to be part of such active community. #ST #polimi #pcm

This week I presented my last work "Characterization of Reset State Through Energy Activation Study in Ge-GST Based ePCM" at #essderc. Great event it is an honor to be part of such active community.
#ST #polimi #pcm
MatteoBaldo (@matteobld) 's Twitter Profile Photo

During the upcoming IEEE IRPS my dear colleague and manager Luca Laurin will present our latest work on STMicroelectronics ePCM technology. Through physical imaging (Elisa Petroni), electrical data and modeling insights we described the retention physics of both states of #PCM devices.

During the upcoming <a href="/IEEEIRPS/">IEEE IRPS</a> my dear colleague and manager Luca Laurin will present our latest work on <a href="/ST_World/">STMicroelectronics</a> ePCM technology. Through physical imaging (Elisa Petroni), electrical data and modeling insights we described the retention physics of both states of #PCM  devices.