Metallic materials have long been subject to a tradeoff between “strength” and “elongation,” where increasing one property often comes at the expense of the other. However, a collaborative effort between POSTECH and Northwestern University has introduced a groundbreaking technology that challenges this conventional wisdom. By designing an alloy that combines both high strength and high
Chemistry
The research programs conducted by the Center for Integrated Technology and Organic Synthesis at the University of Liège in Belgium have shed light on the vast opportunities offered by micro/mesofluidic technologies in the exploration of new reaction spaces. Through the compression of spatiotemporal frameworks using these unique technologies, the possibilities for increased productivity and the
In a groundbreaking study conducted by the Center for Advanced Bioenergy and Bioproducts Innovation (CABBI) at the University of Illinois Urbana-Champaign, researchers have unveiled a significant breakthrough in the creation of eco-friendly agricultural chemicals and everyday products. This innovative method involves the precise mixing of fluorine, an important additive, into chemicals called olefins using natural
Ice is a complex substance with over 20 different varieties, each forming under unique combinations of pressure and temperature. While ice I is the most commonly known form used to chill drinks, researchers have recently discovered a new type of ice known as ice 0. In a study published in Nature Communications by researchers at
In a groundbreaking development, researchers at Oregon State University have unveiled a material with the extraordinary ability to convert sunlight and water into clean energy. Spearheaded by Kyriakos Stylianou of the OSU College of Science, this collaborative effort has led to the creation of a photocatalyst that facilitates the rapid and efficient production of hydrogen.
The recent discovery by chemists at the Rijksmuseum and the University of Amsterdam has shed light on Rembrandt’s innovative use of special arsenic sulfide pigments in his artwork. Through the careful analysis of his famous painting “The Night Watch,” researchers were able to determine how Rembrandt created a unique “golden” paint by combining pararealgar and
Peptides are gaining recognition as effective middle-sized therapeutic agents in the medical field. Unlike small-molecule drugs, peptides have the ability to target complex biological processes with greater precision. Additionally, peptides are generally less complex and more cost-effective than larger biological drugs such as antibodies. The development of peptides as therapeutic agents has led to over
Perfluoroalkyl substances (PFAS), known as “forever chemicals,” have become a significant environmental and health concern. These chemicals, including perfluorinated polymers or PFs, have been extensively used since the introduction of Teflon in 1938 due to their exceptional stability and resistance to water and heat. While these properties make PFAS ideal for various applications like cookware
The study conducted by a research team has introduced a groundbreaking technique that could potentially revolutionize the way scientists identify novel targets for cancer therapies. In the world of biology, precision is key, particularly when it comes to the editing of RNA messages within living cells. This editing process plays a crucial role in maintaining
In a groundbreaking development by Lawrence Livermore National Laboratory (LLNL) researchers, a new technique has been devised to effectively synthesize molecular compounds with heavy elements such as americium and curium. This innovative pathway is set to transform the process of serial chemistry with radioactive elements, opening up new possibilities for research and development in fields
The development of photocatalytic hydrogen evolution from water is crucial for achieving sustainable hydrogen production. However, the direct influence of the microscopic structure of interfacial water molecules on the reactivity of photocatalysis has not been extensively explored. Recent research published in the Journal of the American Chemical Society sheds light on the significant roles that
Materials discovery has long been a challenging and costly process. The sheer number of possible materials, especially in fields like pharmaceuticals, has made the search for new materials a daunting task. With billions of possibilities for new materials composed of just a few elements, researchers have struggled to efficiently sift through the vast search space
In a groundbreaking study conducted by scientists from King’s College London in collaboration with Imperial College London, a significant advancement in understanding the enzyme Acetyl-CoA Synthase (ACS) has been made. This research not only sheds light on the functionalities of this crucial enzyme but also presents a potential solution to capturing CO2 from the atmosphere
The use of sustainable and affordable organic compounds as photocatalysts is gaining attention as a promising alternative to expensive metal photocatalysts. A recent report by scientists from the University of St Andrews highlights the potential of a family of four organic compounds as efficient replacements for traditional photocatalysts. Traditional photocatalysts often contain metals such as
Traditional synthesis methods have long been plagued by various challenges when it comes to creating complex structures such as 1,2-arylheteroaryl ethanes. These challenges include reliance on pre-functionalized synthons, lengthy synthetic routes, limited substrate compatibility, and demanding reaction conditions. Despite the potential of these compounds for pharmaceutical applications, the obstacles in traditional synthesis methods have hindered