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Microsoft's AI Costs Spook Investors, Stock Takes a Dive - Professional coverage
BusinessCloudSoftware

Microsoft’s AI Costs Spook Investors, Stock Takes a Dive

According to MarketWatch, Microsoft's stock fell sharply, down about 7% in after-hours trading following its December-quarter earnings report. This drop…

Overpath raises €1.6M to fix sales teams with AI - Professional coverage
AISoftwareTechnology

Overpath raises €1.6M to fix sales teams with AI

According to Silicon Republic, Dublin-based startup Overpath has raised €1.6 million in a funding round led by venture firm Elkstone,…

LVGL and Renesas are making embedded HMIs way easier - Professional coverage
HardwareSoftwareTechnology

LVGL and Renesas are making embedded HMIs way easier

According to Embedded Computing Design, the open-source Light and Versatile Graphics Library (LVGL) is a key framework for building modern…

BusinessIndustrySemiconductors

How Japan’s Semiconductor Supremacy Unraveled Over Three Decades

Japan’s semiconductor industry, once global leader, faced multifaceted decline due to international agreements and structural challenges. The 1986 U.S.-Japan Semiconductor Agreement marked pivotal turning point in sector’s competitiveness.

The Rise of Japanese Semiconductor Dominance

Japan’s path to semiconductor leadership was built on distinctive advantages that propelled the nation to global prominence, according to industry analysis. The country’s advanced manufacturing technology combined with a management approach modeled after general electric companies created a formidable foundation, reports indicate. Semiconductor technology, while originally American-developed, found particularly fertile ground in Japan where major electronics manufacturers like NEC and Toshiba entered the market with significant advantages.

MaterialsResearchScience

Scientists Engineer Breakthrough in Permanent Magnet Materials Using Atomic-Level Design

A new study reveals how atomic-level engineering of manganese bismuth magnets could lead to superior magnetic materials. Scientists report significant enhancements in key magnetic properties through strategic elemental substitutions.

Atomic Engineering Breakthrough in Magnetic Materials

Researchers have developed an innovative approach to enhancing permanent magnet materials through atomic-level engineering, according to recent reports in Scientific Reports. The study focuses on manganese bismuth (MnBi) magnets, which analysts suggest could provide sustainable alternatives to rare-earth-dependent magnets in various technological applications.