#The current hot topic headline says # China's attack on gallium and germanium this time has already caused some people to cry out. US media: This is causing destruction/ China has launched a major move to control the export of gallium and germanium, which may hit the US related industries heavily/ China's move is a big kill, controlling the export of gallium and germanium! The US military radar faces the risk of discontinuation/ China has launched two heavy fists of gallium and germanium, and high-tech industries such as the United States and the West are almost paralyzed/ China's export controls have shocked the world: the high-end semiconductor chip icon industry may be in trouble/ Take action at a critical moment! China restricts the export of rare metal gallium and germanium, strongly opposed by US media/ Why did China's restrictions on exporting gallium and germanium cause a great uproar around the world/ China has announced export controls on rare metals gallium and germanium, triggering strong reactions from Western countries...

According to Xinhua News Agency, Sydney, June 11 (Reporter Hao Yalin), scientists from University of Sydney, Australia, Royal Melbourne University of Technology and other institutions have developed a new type of titanium alloy through unique alloy design and 3D printing technology. The new research provides a feasible method for more sustainable manufacturing of high-performance titanium alloys, which can be widely used in aerospace, biomedical, Chemical engineering, national defense, clean energy and other fields...

(Image source: edited and shot by Titanium Media App)On June 3rd, it was reported that the Titanium Media App had recently learned exclusively from within Huawei that Huawei would release a multi-modal, billions level device that directly targets ChatGPTA large model product called "Pangu Chat".It is expected that Huawei Pangu Chat willAt the Huawei Cloud Developer Conference (HDC...

Science and Technology Daily, Beijing, May 31 (Reporter Zhang Jiaxin) - International research teams including the Royal Melbourne Institute of Technology in Australia and the University of Sydney have combined alloys and 3D printing processes to create a new titanium alloy that is strong but not brittle under tension. This breakthrough, published in the latest issue of Nature, brings hope for the development of a new class of more sustainable high-performance titanium alloys used in aerospace, biomedical, chemical engineering, space and energy technologies...