In a swift response to backlash, the U.S. Coast Guard has issued a new policy banning hate symbols like swastikas and nooses, emphasizing its commitment to combat hate and discrimination within its ranks.
The Anti-Defamation League has initiated a project to monitor NYC's mayor-elect Zohran Mamdani, stirring controversy due to his critical stance on Israel and concerns over antisemitism.
In a significant turn of events, China has permitted Dutch chipmaker Nexperia to resume exports, prompting the Netherlands to reconsider its control over the company. This development could alleviate the ongoing global chip shortage impacting automotive production.
In an exclusive interview, President Trump discusses his recent trade deal with China, boasting about tariffs and economic gains while addressing challenges like rare earth materials and semiconductor dominance. Will this reshape U.S.-China relations?
A major standoff involving Nexperia, a Dutch chipmaker owned by China's Wingtech, threatens global auto production. With export bans and national security concerns, automakers are on high alert for potential chip shortages.
Nexperia has suspended wafer supplies to its Chinese plant, raising concerns among global automakers. This decision follows a contractual dispute and could worsen the chip shortage crisis affecting the industry.
Nvidia's CEO Jensen Huang visits South Korea, announcing a massive partnership to enhance AI infrastructure with major tech players like Hyundai and Samsung during APEC Summit 2025.
In a surprising turn of events, Trump and Xi have paused tariffs for a year amidst ongoing trade tensions. The leaders discussed critical issues like rare earth metals and AI chip exports, signaling a potential shift in relations.
Rumors suggest Qualcomm's new Snapdragon 8 Elite Gen 6 chipset may challenge Apple’s A20 with advanced features and a 2nm process. But how credible are these claims? Dive into the details!
Researchers at Ohio State University have unveiled a groundbreaking method to transform shiitake mushrooms into organic memristors, potentially revolutionizing bioelectronics and reducing electronic waste. This discovery could lead to sustainable, brain-like computing systems that are both cost-effective and environmentally friendly.