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18 results for "semiconductors"
South Korea just launched its first private-led science fund with $550 million—triple the original goal—to invest in cutting-edge tech companies. No government money required, just pure private sector confidence in the future.
Scientists at ASML in the Netherlands just solved one of tech's hardest problems, doubling the power of the machines that make computer chips possible. The breakthrough could help produce 50% more processors by the end of the decade, making the technology we rely on faster and cheaper.
As China's technology advances rapidly, South Korea is shifting from competition to collaboration, creating a more resilient regional innovation network. The move could strengthen both economies while building a more connected Asia-Pacific supply chain.
Vietnam and the United States are deepening their partnership in technology and innovation, with new programs to train PhDs for the semiconductor industry. Major US tech companies are exploring investments in AI, smart cities, and digital infrastructure in Hanoi.
Taiwan's booming artificial intelligence chip exports are driving the island's economy to record heights, with semiconductor shipments fueling unprecedented GDP growth. Standard Chartered's new report reveals how Taiwan's tech leadership is creating a powerful economic engine for 2025.
Singapore is betting big on the future with a record $37 billion investment in cutting-edge technology, from quantum computers to advanced semiconductors. The country is already winning, becoming the first outside the US to host a powerful quantum system.
A major Taiwanese semiconductor company just opened a cutting-edge facility in Malaysia with nearly $200 million in backing, strengthening the country's position as a global tech manufacturing powerhouse. The move brings advanced chip-making expertise and thousands of high-skilled jobs to Penang.
India's premier engineering institute just launched a $66 million fund to back homegrown startups building cutting-edge technology in robotics, space, defense, and semiconductors. The move signals India's push to become a global deep tech powerhouse without relying on foreign imports.
Researchers have successfully produced a once-impossible semiconductor material that could make computers and medical devices run faster while using far less power. The breakthrough germanium-tin alloy converts light to electricity more efficiently than current silicon chips.
New research reveals that America's CHIPS Act generated far more jobs than experts expected, creating tens of thousands of positions even before the bill was signed. The findings show strategic government investment can deliver real economic wins while strengthening national security.
Malaysia's Penang state just opened a cutting-edge shared laboratory where chip design companies can test and validate their innovations together, marking a major leap in the nation's semiconductor ambitions. The facility is part of a bold initiative that's already created 9,500 high-tech jobs and doubled the region's chip design companies in just months.
Scientists at Seoul National University created an AI that transforms materials once deemed too difficult to make into versions labs can actually synthesize. The breakthrough could unlock thousands of discarded discoveries for batteries, semiconductors, and more.
Taiwan just posted its fastest economic growth in 15 years, fueled by surging demand for AI technology and semiconductors. The island's tech exports jumped 35% as companies like TSMC ride the artificial intelligence wave.
India is making a major leap into advanced technology with plans to manufacture ultra-small 3-nanometer computer chips by 2032. The ambitious plan will give the country control over 75% of its tech needs within just four years.
One of America's biggest memory chip makers just committed $24 billion to Singapore over the next decade. The massive investment signals growing confidence in Southeast Asia's tech future and will create thousands of high-skilled jobs.
Five Indian startups are shifting the country from technology consumer to technology builder, developing cutting-edge solutions in space launches, semiconductors, defense drones, and AI. Their work is proving that India's deep-tech innovation is now a global force.
A Chinese-US research team has invented a breakthrough "self-etching" technique that creates intricate patterns in advanced semiconductor materials without damaging them. The method could revolutionize how we make the chips powering everything from smartphones to solar panels.
The company famous for high-tech toilets is making serious money in an unexpected field. Toto's ceramic expertise is now fueling Japan's semiconductor industry. #