机器人有一天解决障碍和遍历neven terrains thanks to collaborative research analysing the motion of lizards. The study, which featured a University of Queensland researcher, used a slow motion camera to capture the nuanced movement of eight species of Australian agamid lizards that run on two legs—an action known as ‘bipedal’ movement. UQ School of Biological…
New Green Method Could Unlock Bauxite Deposits
北昆士兰拥有一些地球最大的已知铝土矿存款，但他们的潜力在很大程度上仍然锁在地上，直到现在。昆士兰大学研究员与全球矿业公司Rio Tinto合作，调查一种加工铝土矿的新方法，这为矿石增加了价值，并大大降低了矿山的环境影响。博士......
Research Accelerates Next-Gen Ultra-Precise Sensing Technology
采矿，导航，矿物质勘探和环境水文部门被设定为昆士兰新大学研究量子技术的研究。UQ数学和物理学学院理论物理学家Simon Haine博士展示了一种技术，可以普遍应用于物质波动态的理论计算，并用于提高...的灵敏度
旧磁铁吸引了新发现
来自昆士兰大学先进成像中心的MRI机器的强大磁铁将在瑞士开始新的生活，作为调查宇宙基础的实验。4个特斯拉磁铁将安装在世界首屈一指的物理实验室，CERN - 着名的大型强子撞机的家园。大学…
海洋动物使用新形式的秘密光线通信
Researchers from the Queensland Brain Institute at The University of Queensland have uncovered a new form of secret light communication used by marine animals. The findings may have applications in satellite remote sensing, biomedical imaging, cancer detection, and computer data storage. Dr Yakir Gagnon, Professor Justin Marshall and colleagues previously showed that mantis shrimp (Gonodactylaceus…