Using state-of-the-art lab techniques and powerful computer simulations, Johns Hopkins researchers have discovered how atoms pack themselves in unusual materials known as metallic glasses. Their findings should help scie...
伦敦帝国学院和萨里大学的科学家开发了一种用于结晶蛋白质的新技术，这一发现可以帮助加快新药物和治疗的开发。C...
In the past it has been impossible to predict crystal structures with reasonable computing efforts. Even for crystals with relatively few atoms per unit cell the number of possible structures is astronomically large. Now...
Computer scientists and biologists at the Department of Energy's Lawrence Berkeley National Laboratory have developed software that can select tens of thousands of high-quality images of biological molecules from ele...
Using building blocks that make up ordinary plastics, but putting them together in a whole new way, University of Michigan researchers have created a class of lightweight, rigid polymers they predict will be useful for s...
A molecule consisting of two “cages” of metallic atoms bound to carbon has shown great promise in preliminary tests of becoming a new weapon in the anti-HIV arsenal, researchers at UT Southwestern Medical Cen...
研究人员在南太平洋斐济海岸线沿着浅层珊瑚礁中的一种红色海藻中发现了10种具有药物潜力的新分子结构。一些...
加州大学戴维斯分校的化学家制作了第一个稳定的化合物，在两个金属原子之间具有五倍的键。使用铬的工作可以使研究人员对化学键合的性质有新的见解。我的大部分化学...
这项工作涉及多学科任务，研究矿物学和物理化学兴趣的阶段。鉴于它们是一个新领域，并且可能呈现原始物理。
来自欧洲同步加速器辐射设施（ESRF）的英国，法国，法国和Dubble光束线的研究人员迈向了玻璃研究。他们监视了Zeoli的结构的变化...