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How to complete Broken Monument in ARC Raiders

How to Complete the Broken Monument Quest in ARC Raiders Some quests in ARC Raiders, like Broken Monument, provide only…

ethereum slips after rebound
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Ethereum Slips After Rebound, Struggling to Keep Momentum Above $3,500

From a young age, Aayush exhibited a natural aptitude for deciphering complex systems and unraveling patterns. Fueled by an insatiable…

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Kingston Flemings, Emanuel Sharp each score 19, No. 1 Houston beats Oakland 78-45

HOUSTON (AP) — Kingston Flemings had 19 points and nine assists, while Emanuel Sharp scored 19 points as top-ranked Houston…

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Auburn’s annual Parade of Lights has new route, Christmas movie theme

The season’s first snowfall may have quickly melted away, but the Auburn community’s energy and enthusiasm for the holiday season…

Businesseconomyfinance

Microsoft (MSFT) Stock: Top Analyst Boosts Outlook Ahead of Upcoming Earnings

TLDR Microsoft faces competition from Amazon and Google for enterprise AI dominance but remains best-positioned to capture the largest market share. Wedbush analyst Daniel Ives predicts Microsoft’s Copilot could generate $25 billion in incremental revenue for FY26, which Wall Street has not yet priced into the stock. Microsoft plans $120 billion in annual AI infrastructure [.] The post Microsoft (MSFT) Stock: Top Analyst Boosts Outlook Ahead of Upcoming Earnings appeared first on CoinCentral.

BusinessscienceTechnology

Samsung Electronics VP Says ‘Process Miniaturization Alone Can Only Lead To Improvements Of 10-15%’ Emphasizing The Need To Explore New Approaches

The 2nm GAA process offers a significant performance and efficiency boost over Samsung’s older manufacturing processes, but the company’s Foundry Vice President says that shrinking the nodes only offers minor benefits and believes that there is a requirement to explore other alternatives. For this purpose, the Korean technology behemoth has proposed a ‘Design and Process Integration Optimization’ (DTCO) method, which researches modifications that can be applied to bolster the prowess of cutting-edge nodes. One area that Samsung has improved upon is transitioning from FinFET to GAA structures, maximizing current control capabilities, and allowing for its 2nm node to introduce a [.].