Interdisciplinary Research Group 1: Information and Communication Technology (ICT) Energy Crisis
The crisis/global threat: The carbon footprint of today's ICT makes up three percent of global greenhouse gas emissions. The exponential growth of ICT is fast approaching the world's energy production limit.
The Goal: Improve ICT energy efficiency 103-104 X. Using post-complementary metal–oxide–semiconductor (CMOS) technology to solve the ICT crisis.
IRG 1 Seminars
November 21, 2023
"Temperature dependent magnetic and electronic properties of NiCo2O4 thin film surface"
Arjun Subedi
December 19, 2023
"Observation of giant topological Hall effect in Pt/NiCo2O4 heterostructure over wide temperature range"
Bharat Giri
Senior Investigators
IRG Leader
Xiaoshan Xu
Electric Control of Quantum States
Shireen Adenwalla
Thin film interfaces
Kirill Belashchenko
Theory, Spintronics
Christian Binek
Quantum Materials
Peter Dowben
Electronic Structure
Alexei Gruverman
Nano quantum devices
Yinsheng Guo
Elementary excitations
Xia Hong
Quantum Materials/2D Materials
Robert Streubel
Spectroscopy
Evgeny Tsymbal
Theory magnetics and ferroelectric interfaces
