Flexible electronic devices based on organic semiconductors are believed to be a high potential candidate for the next generation modern electronics. From wearable smart sensors…
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Metal chalcogenide supertetrahedral clusters (SCs) are regular tetrahedrally shaped fragments of the cubic semiconducting ZnS type lattice. SCs can be looked upon as the smallest…
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Recent advancement in the field of electronics has taken a shift to enable the realization of mechanical stretchable electronic products. Mechanical stretchability is key to…
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Ozone. No, not the ‘good’ ozone up in the stratosphere that protects us from cosmic rays. I mean the ‘bad’ ozone down here where we…
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Since about 40 years, the quantity absorbance, defined by the negative decadic logarithm of the transmittance or the relative reflectance, builds the fundament of infrared…
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A printer can print text and images, but also electronics. This new emerging printed electronics technology, which takes advantage of the existing graphics printing industry…
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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…
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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…
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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…
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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….
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One of the common goals of all organic chemists is to utilize easily available feedstock for the synthesis of valuable targeted molecules. In this direction,…
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