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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…

MaterialsScience

New Theoretical Models Uncover Key Mechanisms in Glass Corrosion Processes

Scientists have developed novel theoretical models that provide fresh insights into aqueous corrosion of silicate glass. The research challenges long-held assumptions about diffusion mechanisms and reveals the primary drivers of glass degradation across different pH conditions.

Breakthrough in Glass Corrosion Understanding

Researchers have developed new theoretical models that provide unprecedented insights into the aqueous corrosion mechanisms of silicate glass, according to recent reports in npj Materials Degradation. The study addresses fundamental questions about how common glass materials degrade when exposed to water and acidic solutions, with significant implications for numerous industrial applications.

HealthcareScience

New Study Reveals Key Protein’s Role in Heart and Limb Repair After Ischemic Injury

Scientists have uncovered a molecular pathway that significantly enhances blood vessel formation and tissue recovery after ischemic injuries. The discovery points to potential new therapeutic approaches for heart attack and peripheral artery disease patients.

Breakthrough in Ischemic Injury Recovery

Researchers have identified a critical molecular mechanism that promotes blood vessel formation and tissue repair following ischemic injuries, according to a recent study published in Nature Communications. The research reveals that the chemokine CCL28, working through its receptor CCR10 on endothelial cells, significantly enhances angiogenesis and functional recovery in both myocardial infarction and hindlimb ischemia models.