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Google is set to redefine smartphone intelligence with the upcoming Pixel 10, introducing an AI-powered feature that remembers everything you need. If you’re tired of scrolling through dozens of apps just to find a single piece of information, the Pixel 10 promises to solve that frustration.

Instant Information at Your Fingertips

Pixel 10 uses advanced artificial intelligence to recall and surface any detail you want, instantly. Instead of wasting time hunting through old messages, photos, or notes, the AI on Pixel 10 finds what you need in seconds.

How Does It Work?

The device’s new AI can search across apps, screenshots, and even past conversations. Whether it’s a saved address, an important photo, or a quick note, Pixel 10’s AI brings it up with just a simple command. This level of smart search and recall is a major leap in user experience for Android devices. Google’s focus on real-world convenience with this innovation means you’ll never waste time looking for details again.

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The Battle of Foldable Phones: Pixel 10 Pro Fold vs Galaxy Z Fold 7

Foldable smartphones are taking the tech world by storm in 2025. The Google Pixel 10 Pro Fold and Samsung Galaxy Z Fold 7 lead the pack with cutting-edge features and top-tier performance. Both devices come loaded with powerful hardware, multiple cameras, and advanced AI capabilities that aim to justify their premium price tags.

Choosing the Right Foldable for You

Samsung’s Galaxy Z Fold 7 continues its tradition of robust design and reliability, while Google’s Pixel 10 Pro Fold introduces fresh AI-driven features and an intuitive user experience. Both phones offer stunning displays, versatile camera systems, and seamless multitasking. If you crave a phone that adapts to your digital lifestyle, you’ll find plenty to love in either model.

But which should you choose? Consider what matters most: camera quality, software, battery life, or the foldable form factor. Samsung’s Fold 7 is perfect for those who want a mature, refined foldable, while Google’s offering will appeal to fans of AI and the pure Android experience. Compare specs, try them in hand, and decide which flagship fits your needs best.

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Artificial Intelligence (AI) is rapidly transforming the way people seek emotional intimacy and connection. With ChatGPT now boasting over 500 million weekly users, more individuals are turning to AI for support, companionship, and even emotional wellbeing. Sam Altman, CEO of OpenAI, highlights the exponential growth in users, emphasizing how AI tools have become a staple in daily life.

AI as Emotional Companions

Many users now rely on AI chatbots for emotional support and personal conversations. Recent updates to AI systems have revealed just how deeply people are integrating these technologies into their personal lives. A Sentio University survey showed 63% of respondents reported improved mental health thanks to AI interactions. However, this growing trend comes with concerns. Reports suggest that some users may experience delusional thinking or even psychosis after extended engagement with AI.

Privacy and Protection Concerns

As AI becomes a confidant for millions, important questions arise about user privacy and wellbeing. What guardrails are in place to ensure safe interactions? And why do so many individuals seek out AI for emotional support? As this phenomenon grows, experts urge for more research and stronger protections for users.

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https://www.npr.org/2025/08/21/nx-s1-5510084/artificial-intelligence-and-emotional-intimacy

Researchers have unveiled a physics-inspired computer architecture that promises to transform how we solve complex optimization problems. These problems, known as combinatorial optimization problems, appear in many real-world scenarios like logistics, network design, and resource allocation. Traditional computers often struggle with these challenges because the number of possible solutions can explode exponentially as the problem grows.

How Physics-Inspired Computing Makes a Difference

This innovative approach borrows concepts from physics to design computer systems that can process these complex tasks more efficiently. By mimicking the behavior of physical systems such as electron-phonon interactions, these computers can find optimal solutions much faster than conventional architectures. This development opens up new possibilities for industries that need to solve intricate puzzles quickly and accurately.

Real-World Impact and Future Prospects

As companies and researchers continue to push the boundaries of technology, physics-inspired computing may soon play a key role in making smarter, faster decisions. From improving supply chain management to advancing scientific research, this breakthrough has the potential to revolutionize multiple sectors. Stay tuned as this exciting research moves from the lab into practical applications.

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• Physics-inspired computer architecture solves complex optimization problems