3C-SiC Challenge project

A @EU_H2020 project aiming to developing #material for #power #electronics devices focus on #3C_SiC growth

[3C-SiC Challenge project @Challenge3CSic]

During the month of May, Challenge held a webinar series on #sic Bulk growth.
Silicon Carbide was the protagonist of the webinars, which reached 415 registrations, most of which are researchers. Indeed, 66% of participants had research purposes.

https://t.co/ypTarKKk63

[3C-SiC Challenge project @Challenge3CSic]

Our project contributes to the success of #electricvehicles by proposing a new strategic approach to #nanotechnology innovation applied to #powerdevices, with a higher degree of #autonomy, lower #dissipation, faster #battery charging and lower #costs.

https://t.co/ywLTNXhXKg

[3C-SiC Challenge project @Challenge3CSic]

#SiliconCarbide is the material of the future: thanks to its properties, it has many applications.
An interesting opportunity for implementation is #EV, but it is not the only one: #eruption or #earthquake forecast is for sure a life-changing innovation.
https://t.co/iLWkTItxf1

[3C-SiC Challenge project @Challenge3CSic]

#Engaging students and young people in our project results is one of our goals: for this reason, we gave 50 students the opportunity to receive specific training by high qualified researchers on #solarcells, #powerdevices and our project's main results.
https://t.co/VUzM9LkMjl

[3C-SiC Challenge project @Challenge3CSic]

Speaker @francescolavia from @CNRsocial_ gave an overview of our project. “CHALLENGE” focuses on 3C-SiC Hetero-epitaxiALLy grown on silicon compliance substrates and 3C-SiC substrates for sustaiNable wide-band-Gap power devices.

Check the link below!
https://t.co/AAUwZ6WlEl

[3C-SiC Challenge project @Challenge3CSic]

Our event “Technology Computer-Aided Design of SiC materials growth processes" is scheduled today at 3PM.
Don't miss it to know more about the TCAD for the growth process of SiC-based materials and about our project's latest development!
To register: https://t.co/RoJAuFar8U

[3C-SiC Challenge project @Challenge3CSic]

During the webinar "Technology Computer-Aided Design of SiC materials growth processes", Antonino La Magna from IMM-CNR will give an overview of the current state of the advanced TCAD for the growth process of SiC-based materials.

Join us on June 3rd!
https://t.co/RoJAuFar8U

[3C-SiC Challenge project @Challenge3CSic]

📰Want to know more about the current state of the advanced TCAD for the growth process of SiC-based materials and the latest development of @Challenge3CSic?
Together with @CNRsocial_, we are delighted to invite you to our webinar on June 3rd!📆
Register: https://t.co/j7MN5b8qZl

[3C-SiC Challenge project @Challenge3CSic]

Challenge Project is delighted to invite you to its latest event "Technology Computer-Aided Design of SiC materials growth processes" in collaboration with @CNRsocial_ - June 3, 2021, at 3.00 PM.
To register: https://t.co/RoJAuFs20s

[3C-SiC Challenge project @Challenge3CSic]

Some pictures from yesterday event.
Thanks to our speaker Prof. Leonida Miglio from @unimib, who explained some key points about the #heteroepitaxial #growth on patterned substrates and presented some recent #development within our project.

Thank you all for participating!

[3C-SiC Challenge project @Challenge3CSic]

Our event “Compliant and disposable substrate for 3C-SiC heteroepitaxy by deep pillar patterning" is scheduled today at 3PM.
Don't miss it if you want to know more about our project's latest development!
To know more: https://t.co/pfgJTq9v3B
To register: https://t.co/l0yvpCIGqE

[3C-SiC Challenge project @Challenge3CSic]

Challenge is delighted to invite you to its latest event in collaboration with @unimib: "Compliant and disposable substrate for 3C-SiC heteroepitaxy by deep pillar patterning".
May 24, 2021, 3.00 PM project.
To register:
https://t.co/l0yvpCIGqE

[3C-SiC Challenge project @Challenge3CSic]

When thinking of #electric #vehicles, many people still have reservations due to price, charging times...
Our project's goal is to address this problem by exploiting #SiC features: a higher degree of #autonomy, faster #battery charging and lower #costs.
https://t.co/VvQ5XjtYwH

[3C-SiC Challenge project @Challenge3CSic]

Our event “Heteroepitaxial growth of 3C-SiC thin films on Si-based substrates” is scheduled today at 3PM.
To know more: https://t.co/IV57Hi7JMX
To register: https://t.co/1R3NzRy7xL

[3C-SiC Challenge project @Challenge3CSic]

"Heteroepitaxial growth of 3C-SiC thin films on Si-based substrates"
- Recall some general info about the chemical vapour deposition process and its application to 3C-SiC heteroepitaxial growth
- Share recent developments within our project
To Register
https://t.co/1R3NzRy7xL

[3C-SiC Challenge project @Challenge3CSic]

Challenge is delighted to invite you to its latest event “Heteroepitaxial growth of 3C-SiC thin films on Si-based substrates” - May 12, 2021, 3.00 PM

To register: https://t.co/1R3NzRy7xL

[3C-SiC Challenge project @Challenge3CSic]

3C-SiC Challenge's event “Sublimation growth of SiC bulk crystals – CHALLENGE educational webinar 2021” is scheduled today at 3.00 PM.
Do not forget to join us!
To register: https://t.co/VXABNCsYT1

[3C-SiC Challenge project @Challenge3CSic]

CHALLENGE is delighted to invite you to its latest event “Sublimation growth of #SiC #bulk #crystals”
Professor Wellmann will focus on the high-temperature crystal growth process of SIC and will present some novelty development. Do not forget to register!
https://t.co/VXABNCsYT1

[3C-SiC Challenge project @Challenge3CSic]

Challenge is delighted to invite you to its latest event “Sublimation growth of SiC bulk crystals – CHALLENGE educational webinar 2021”.
May 5, 2021, 3.00 PM
To register: https://t.co/VXABNCsYT1

[3C-SiC Challenge project @Challenge3CSic]

@Challenge3CSic goal is to grow high quality and manufacture reliable high-power devices, but some issues must be solved for this to be realised.
To know more about the “killer device defects“, check out our newsletter.
https://t.co/EoZN0QOx8k