科学家创造新的量子旋转液态材料,推进量子计算技术。 Scientists create new quantum spin liquid materials, advancing quantum computing technologies.

科学家找到了一种创造量子旋转液态材料的新方法,这是一种独特的物质状态,具有非常规的磁性特性。 Scientists have found a new way to create quantum spin liquid materials, a unique state of matter with unconventional magnetic properties. 这一方法发表在Science杂志上,使用诸如Yttrium、Bymuth和在热和压力下的铁等元素的混合,对磁性提供了更好的控制。 This method, published in Science, uses a mix of elements like yttrium, bismuth, and iron under heat and pressure, offering better control over magnetic properties. 这一发现能够推进量子计算和其他技术。 The discovery could advance quantum computing and other technologies. 另外,伯明翰大学的研究人员创造了第一种材料,该材料使用具有复杂的“失序”磁特性,标志着在理解量子旋转液体方面又迈出了一步。 Separately, researchers from the University of Birmingham created the first material with complex "disordered" magnetic properties using ruthenium, marking another step in understanding quantum spin liquids.