Power electronics and quantum technologies are two burgeoning fields where crystal defects in silicon carbide play a key role. We consider ways in which these fields can interact for mutual benefit. @JohnsonSolid https://t.co/9tE5F8HWzY
Our Perspective on Silicon carbide photonics with expert co-authors A. Peruzzo @alberto_peruzzo , C. Bonato @cristian_bonato , B. C. Johnson @JohnsonSolid , M. Radulaski @MarinaRadulaski , H. Ou, F. Kaiser, and J. Wrachtrup.
https://t.co/M3SCQP9mST is out and available here.
Congrats to our mate Ryan for his first 1st author paper out of his honours work! It was a great pleasure to work with the whole cast on this, especially the virtual party after it was accepted!🥂🎉
https://t.co/f4mKa7nXFY
@byzantinejo Oops, I only just reactivated my twitter account. All that I follow here are legendary scientists but I think only doc_lay has an ig account. He does awesome astrophotography! I hope to get a bit more sciencey there soon as well some how!!
#ICDS31 this week in Oslo!! Super excited about seeing what's happening in the world of semiconductor defects. All classic talks so far! A bit sad we couldn't visit in person this time!
Congratulations to dB, Nik D & JP et al. on their Nature Electronics publication about spatial mapping of band bending in diamond!
https://t.co/vMnHvOG04Y
News & views from Friedemann Reinhardt:
https://t.co/ocV0ruDI1b
The full pdf can be viewed here:
https://t.co/o6BA0IYE2B