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AI’s Insatiable ⁤Energy Demand Could Trigger global Green Revolution

paris, France – The rapid expansion of artificial intelligence is poised ⁢to dramatically reshape the global energy landscape, ⁢potentially accelerating the transition to renewable ‍sources despite its own massive energy footprint. With ​data‌ centers⁢ already consuming an estimated $580 billion ⁢in electricity annually,the projected growth of AI necessitates a fundamental restructuring of power systems worldwide.

OpenAI, Meta, and anthropic are collectively committing an unprecedented $1.4 trillion to future AI infrastructure – $1.4 billion for OpenAI, ⁢$600 billion for Meta, and $50 billion for Anthropic. Experts suggest⁢ the private sector alone cannot shoulder this investment, prompting calls for government intervention through tax‍ incentives and support modeled after the Chips Act.

This surge in demand is driving​ innovation in ​energy solutions for data centers. Many projects are⁢ prioritizing solar power ⁣due to its ease of deployment and streamlined administrative processes. Hybrid installations combining solar with battery storage, like ​those being developed by Redwood Energy utilizing repurposed electric vehicle batteries, are emerging as potential solutions to manage the fluctuating‍ energy demands of AI model training, currently often stabilized by diesel generators.

However, the scale of the challenge is immense. Data center electricity consumption could reach 1050 terawatt hours by 2026,positioning ⁤these facilities among the world’s largest energy consumers. This growth hinges ​on considerably increased renewable energy⁣ production​ capacity.

The⁣ situation presents a paradox: AI‍ promises to contribute to the energy ‌transition, yet its development together demands an accelerated ⁢overhaul of electrical systems. The choices ⁢made now – ⁣regarding investment, resource allocation, and technological innovation in storage, cooling, and hardware design – will determine whether the AI revolution becomes⁣ a catalyst for green change or exacerbates climate pressures.

Move More, Beat Less: New Research Reveals‌ Counterintuitive Key to Heart health

Melbourne, Australia – A groundbreaking study from an Australian research team has revealed a surprising link between ​physical activity and⁢ heart health: increased movement correlates wiht fewer heartbeats over the course of a day. The findings, challenging conventional wisdom about cardiovascular strain, suggest the heart⁣ doesn’t “wear out” from ‌beating, ‌but⁢ rather ⁣from inactivity.

The research demonstrates that regular, moderate exercise improves venous return and overall circulation, optimizing‍ energy distribution and reducing the⁣ metabolic load on organs. While exertion temporarily elevates heart ⁤rate, the subsequent 23 hours of⁢ rest more than compensate, resulting in a net reduction in daily heartbeats.⁤

this isn’t simply a matter of numbers, researchers explain.​ A well-trained heart⁢ becomes more efficient, using less ​energy per beat to achieve the same results. This efficiency is accompanied by improved oxygenation, more stable blood pressure, and enhanced psychological resilience to stress.

However, the study also highlights the​ importance ⁤of balance. Comparing data from amateur athletes to​ that​ collected from professional cyclists during the 2023 Tour de France via Strava, researchers found that elite athletes accumulated over 35,000 beats per‍ stage – significantly⁣ exceeding typical daily averages. This demonstrates that prolonged, extreme exertion can temporarily ⁣overwhelm the heart’s adaptive capacity.

“Maximum benefits ‌are obtained when the body finds its zone of regularity,” the team concludes. This “zone” involves a consistently ⁢slower resting heart rate, ‍coupled with the ability to temporarily increase it during activity without exhaustion.

The research underscores the importance ⁤of recovery alongside training, with ​connected wearable technology now‌ offering a means to measure this “invisible economy”⁢ of the heart.The​ core takeaway,‍ researchers suggest, is that ‌the heart deteriorates not from activity,⁢ but from a lack of it.

WhatsApp & Email Security: New Steps to Thwart ⁤Rising Scams

Cybercriminals are increasingly targeting email and messaging platforms like ‍WhatsApp, exploiting vulnerabilities to access personal data. A recent report by TF1 ⁣ highlights critical steps users can⁢ take now to ​bolster their account security and mitigate risk. Millions of WhatsApp and email users are potentially vulnerable to account takeovers and scams, with financial loss and privacy breaches as potential consequences.Implementing stronger security measures is no longer​ optional, but essential for ​protecting sensitive information in an evolving threat landscape.

The‌ first line of defense is upgrading account authentication. Users‍ relying on single-factor‌ authentication should promptly enable two-factor authentication. This adds a crucial layer of security by requiring both ‌a password and a ⁤unique⁣ code sent to your email address for login.⁢ To activate this, navigate to Settings, then Account, and select Two-Step Verification, providing your personal code and registered email address.

Beyond email, WhatsApp offers several privacy⁢ settings to limit exposure. Within the Privacy tab, users can adjust their⁢ Last Seen ⁢& Online visibility to “My ‌Contacts” to prevent appearing constantly connected. Further‌ enhancing privacy,‍ profile photos can be⁢ restricted to only visible to contacts. Additionally, WhatsApp’s disappearing message feature, found in⁢ the Privacy settings, allows ‍users to automatically delete messages after 24 hours, 7 ⁣days, or ‍90 days,⁤ reducing the long-term risk of compromised data. ⁤These adjustments collectively make it substantially harder for ⁤malicious actors to execute scams on the platform.