Taiwan’s semiconductor industry faces an existential threat from looming power shortages. The industry association issues rare warning demanding immediate government action to secure energy supply and maintain competitive edge.
A common soil fungus when paired with calcium can degrade over half of biodegradable plastic film within two weeks, according to new research. The study reveals how environmental adjustments enhance natural decomposition processes. This breakthrough could revolutionize agricultural and packaging waste management.
Researchers have discovered that a common soil fungus, when combined with calcium, can significantly accelerate the breakdown of biodegradable plastics, according to a study published in the Journal of Hazardous Materials. The findings suggest a promising, eco-friendly approach to managing plastic waste in agricultural and packaging sectors.
TSMC Reports Record $15 Billion Quarterly Profit as AI Demand Surges TSMC’s AI-Driven Profit Soars Nearly 40% Taiwan Semiconductor Manufacturing…
Taiwan has reassured global markets that its semiconductor industry remains insulated from China’s latest rare earth export controls. The Ministry of Economic Affairs clarified that the restricted elements differ from those used in chip manufacturing processes, with most rare earth supplies sourced from Europe, the US, and Japan.
In a significant development for global technology supply chains, Taiwan has provided crucial reassurances that its semiconductor industry will remain largely unaffected by China’s newly implemented rare earth export controls. The announcement comes as welcome news to global markets concerned about potential disruptions to semiconductor manufacturing following China’s latest trade measures.
Taiwan has firmly rejected demands from the Trump administration to relocate half of its semiconductor manufacturing to the United States,…
