The electrification of critical infrastructure demands power electronics systems with unprecedented resilience, reliability, and self-healing capabilities. Drawing inspiration from biological systems such as the human body’s self-repair mechanisms and collective
Smart actuators have become central to advancing humanoid robots, bringing essential features such as efficiency, precision, compactness, compliance, and intrinsic safety. Achieving human-like movements requires actuators that meet these criteria
In the global power system of 2050, we will need around four times the power generation capacity and the ability to transfer up to three times as much electrical energy
Empower a Billion Lives is in the midst of its third contest cycle. Initial concept papers and the full proposals have been evaluated by the judges, and their feedback has
With the continuous electrification of various industries, the range of applications and ratings of high-power converters are expected to expand further. To reduce CO2 emissions, electrification is being promoted not
The transition to a sustainable energy future calls for a paradigm shift in all the aspects of R&D, including the design and production of power converters, integral components of modern
