Perovskite solar cell has shown rapid development in the past few years, and its features of low cost and high efficiency make it promising to…
Read more
Transition metal-catalyzed addition of an amine across a C-C triple bond (hydroamination reaction) represents a powerful tool for the construction of a wide range of…
Read more
Given the unprecedented challenges of a new ‘Urban Age’ (Gleeson 2012), including climate change, hypertrophic urban growth, and globalization, cities are exploring new and radically…
Read more
Semiconductor nanocrystals with unique optoelectronic properties have emerged as promising materials for applications in solar technologies, including solar cells, solar-driven hydrogen production, and luminescent solar…
Read more
With the fast development and wide application of portable electronic devices and green electric vehicles, the demands of a high energy-storage system are increasing gradually….
Read more
Concerns about climate change, primarily driven by the use of fossil fuels, have driven exploration of renewable and sustainable sources of energy. Biofuels obtained from…
Read more
With increasing people’s interest in renewable energy and global warming, it is important to minimize the use of harmful or toxic chemicals in the processes…
Read more
The next-generation electronics thrive on the emergence of wearable technologies. Smart wearable devices that could be integrated with the human body to monitor the physiological…
Read more
Rechargeable flexible Zn–air batteries are attracting a great deal of attention and regarded as high-energy-density power supplies for powering next-generation flexible electronics. For the flexible…
Read more
Information has been a matter of intense study and discussion for the last century. The very nature of information, not a physical object, not an…
Read more
Bioarchaeology, a field that combines the methods of archaeology and biological/physical anthropology, uses archaeological human skeletal remains to better understand the human past. The physical…
Read more