Molecular Model Explains Buckled Dimers on Ge(100) Surface
Semiconductor surfaces—especially silicon and germanium (100)—owe much of their chemistry to a seemingly simple motif: the “buckled dimer.” In this...
Felix P. reports on chemistry and catalysis, tracking chemical synthesis, reaction mechanisms, analytical advances, sustainable chemistry, and catalytic materials.
Semiconductor surfaces—especially silicon and germanium (100)—owe much of their chemistry to a seemingly simple motif: the “buckled dimer.” In this...
Infrared cameras can reveal clues the human eye misses—such as gas leaks, chemical signatures in the atmosphere, and heat escaping...
A new chemical route could turn society’s most stubborn plastics into a clean hydrogen feedstock—without the sorting step that currently...
Researchers Unveil “Bio-Metals”: Ancient Sea Worm Jaws Reveal Metal-Like Mechanical Phenomena In an intriguing discovery bridging biology and materials science,...
Phenols are abundant and versatile compounds found throughout nature and industry, yet their utility has been hampered by the stubborn...
In a groundbreaking advancement poised to revolutionize infrared (IR) detection technology, researchers at the Skolkovo Institute of Science and Technology...
Researchers at the University of Waterloo have pioneered a revolutionary advancement in contact lens technology by combining cutting-edge 3D printing...
A groundbreaking advancement in textile dyeing has emerged from collaborative research at Dalian University of Technology and Donghua University, offering...
In a striking advancement in water purification technology, researchers from Jiangnan University have developed a continuous microfluidic plasma reactor that...
A groundbreaking advancement in polymer recycling promises to revolutionize the fate of one of the most persistent plastic pollutants: polystyrene...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine