Trixie Mehra

Trixie Mehra is an accomplished author and expert in emerging technologies and fintech. With a Bachelor's degree in Information Technology from the prestigious University of New South Wales, Trixie combines a solid academic foundation with a keen analytical mindset. Her career includes significant experience at Beta Innovations, where she held a pivotal role in exploring the intersection of technology and finance, developing insights that have shaped industry strategies. Trixie’s writing, featured in numerous esteemed publications, reflects her commitment to demystifying complex concepts and providing actionable insights. Through her work, she seeks to empower readers to navigate the rapidly evolving tech landscape with confidence and acumen.

Bill Gates’ Quantum Leap. A New Era in Computing?
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Bill Gates’ Quantum Leap. A New Era in Computing?

Bill Gates is investing in quantum computing, foreseeing its potential to revolutionize technology. He focuses on practical applications, particularly in global health and combatting climate change. Quantum computing could significantly enhance drug discovery and improve climate models. Gates emphasizes ethical guidelines to
February 27, 2025
AI-Driven Pharma Revolution: Key Trends to Watch in 2023
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AI-Driven Pharma Revolution: Key Trends to Watch in 2023

Innovation and resilience are key drivers of the pharmaceutical industry’s evolution. The industry’s market size reached $516.48 billion in 2022, with a projected CAGR of 7.63% through 2030. Research continues to grow, with over 6,100 experimental drugs aiming for FDA approval, yet
February 27, 2025
A Revolutionary Battery Revamp Poised to Transform Electronic Waste and Energy Efficiency
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A Revolutionary Battery Revamp Poised to Transform Electronic Waste and Energy Efficiency

A team from Fudan University has developed lithium-ion batteries capable of nearly 12,000 charging cycles, significantly extending their lifespan. This breakthrough reduces electronic waste and supports global sustainability by enhancing battery longevity. Researchers used a new molecular compound, LiSO₂CF₃, to rejuvenate inactive
February 26, 2025
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