New research reveals plausible degradation pathways of metallic gold into nanoparticles through unforeseen corrosion!
Research in wearable electronics brings us closer to personalized medicine with plasmonic materials.
A deeper understanding of spintronics enables the generation of new technologies using chiral molecules.
A electroactive anthraquinone has been inexpensively designed with a reasonable but not record breaking stability in redox flow batteries.
Greener materials and processes for fuels and explosives! Scientist demonstrate how to tune a class of porous materials that ignite spontaneously when mixed with acid.
Maybe chemistry can save us—in this case, synthetic chemists have developed a family of lanthanide-oxo molecules and investigate their capabilities as radical species scavengers, with a possible future in the clinic to mitigate various diseases onset by oxidative stress (get antioxidants into your diet, people!).
Scientists access new types of nanocrystals by leveraging simple acid-base concepts. The take-home message: always remember the basics!
Protein crystallisation is an important technique in drug discovery, and storage of proteins in the biopharmaceutical industry but can sometimes be regarded as a dark-art. Read how researchers use air-bubbles to improve protein crystal growth.
Birds have a unique way of creating color in their wings and this is how they have become so colorful.
Metal-organic framework additives to membranes improve the efficiency of carbon capture by 9x, and are less expensive as well!
OLEDs are earth-friendly, energy-efficient, all while being ultra-thin, flexible, and lightweight. They are the future of ultra-efficient lighting. Researchers are now coming up with new techniques to fabricate such sustainable and efficient OLEDs.
Biochar may be one of the most multi-talented materials in existence—do you know what your leftover orange peels are capable of?
Skin-conforming, ultra-thin wearable medical sensors could make going to the doctor less invasive than ever before. This newly developed, “tattooable” sensor uses a newly developed material to create one of the thinnest yet.
Coronavirus has affected every one of us directly or indirectly. Early detection can lower the spread of the disease. Let’s learn about a new technique for rapid detection of SARS-CoV-2, the virus responsible for COVID-19.
The COVID-19 global pandemic has affected nearly every aspect of our lives, including the daily use of face masks. But how well do home-made fabric masks really filter the air we breathe?
Light-responsive substances are all the rage; find out how one research group invented a new class of photomechanical materials.
Innovation in healthcare sector is important now more than ever. Let’s learn about how researchers used sound waves to develop a new technology for rapid, bed-side testing of haemoglobin.
Micromachines that can swim through the bloodstream could be a powerful tool to deliver essential medicine. But why design synthetic micromotors when one already exists in biology?
Some materials expand when pressure is applied. A new member of this class of materials does so to an unprecedented extent, taking advantage of 3D rather than 2D design.