一个由多国科学家组成的国际研究小组近日公布,他们发现铽钛氧化物冷却至零下273摄氏度(绝对温度0.1开尔文)时,自旋液体的量子性状液体凝固,电子“轨道形状”呈有序的罕见固体。这一困惑科学家20多年的铽钛氧化物谜一样的秩序得以解开,成为理解物质新的量子状态的重要发现。铽钛氧化物被称为自旋液体,是呈现非常罕见的量子状态物质。自1999年被发现以来,科学家投入了 An international group of scientists from various countries announced recently that they found that when the terbium-titanium oxide cools to minus 273 degrees Celsius (0.1 Kelvin absolute temperature), the quantum properties of the spin liquid solidify and the electron “orbital shape” is ordered Rare solid. The puzzled scientist’s mysterious order of more than two decades of terbium-titanium oxide has been unlocked as an important finding in understanding the new quantum state of matter. Terbium titanium oxide, known as spin liquid, is a very rare quantum state material. Since its discovery in 1999, scientists have invested