To accelerate the oxygen reduction reaction (ORR) and oxygen evolution reaction (OER) in the field of air-based energy technologies, efficient low-cost bifunctional catalysts are highly desired.
The effects of charged particles striking VLSI circuits and producing single event transients (SETs) are becoming an issue for designers who exploit deep sub-micron technologies; efficient and accurate techniques for assessing their impact on VLSI designs are thus needed.
The INSIDE Jupiter team has resolved these challenges at minimal cost through the use of recently available mission enabling technologies, efficient trajectories and orbit designs, simple operations, and innovative technical design features.
One should take into account their compliance with the law and modern requirements of natural and technical system formation with the use of new building materials and technologies, efficient computational models and schemes, considering the engineering research in specific facilities.
Due to the increased data traffic and the co-existence of different radio access technologies, efficient resource management is a key challenge for future 5G networks.
While the strive for political consensus continues and more investments are being made in renewable energy technologies, efficient means to reach tolerable levels of carbon emissions are still lacking.
