SCIENCE AND TECH
It’s easier than ever to manage parts of your wellbeing with just a few taps. You can order groceries, schedule workouts, track steps, and even have pre-packed meals delivered—all from your phone. Tech has made wellness more accessible in some ways, but it’s also changed how we think about looking after ourselves.
This shift toward convenience has its benefits, but it also raises a simple question: what parts of wellness can’t be handed over to technology? When everything is simplified, it’s worth thinking about what still needs real thought, personal effort, and choice. In this article, we’ll look at how convenience and technology fit into modern wellness—and where they stop short.
Convenience Isn’t a Shortcut for Intentional Choices
There’s no denying that technology has helped people make wellness more manageable. Whether it’s setting a reminder to drink water or scanning ingredients while shopping, tools are everywhere to simplify your day. Convenience, in this context, isn’t necessarily a bad thing—it’s just important to use it with intention.
Some people choose to keep wellness products on hand that align with their needs. This might include easy-to-store snacks, meal shakes, or other wellness items like supplements. For instance, USANA Health Sciences offers a wide range of products—like protein shakes, snack bars, and supplements—that some individuals use in their daily routine. These types of products can be kept in a visible spot, such as near your dishware or blender, which can make it easier to remember them during your usual routine.
The point here isn’t that convenience is a replacement for mindful decision-making—it’s that convenience should follow your needs, not drive them. When products fit into your existing day naturally, they often…
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Breakthrough in Quantum Computing: Linking Chips for Greater Reliability

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In the fast-evolving business landscape, leadership today requires more than sharp decision-making and strategic vision. Executives are under immense pressure to balance operational demands with innovation, team management, and global expansion. This challenge has given rise to a new kind of professional support: the AI-savvy virtual executive assistant.
Far from being limited to administrative tasks, modern virtual executive assistants are now integrating artificial intelligence tools to deliver insights, streamline operations, and help executives focus on what matters most. They are emerging as strategic partners rather than background support, reshaping the way leadership is executed across industries.
From Administrative Help to Strategic Partnership
Traditionally, executive assistants handled scheduling, emails, and general coordination. While those responsibilities remain important, the scope of support has expanded dramatically. Virtual executive assistants, working remotely, now manage not just calendars and inboxes but also project workflows, research, data analysis, and cross-team communication.
The addition of AI tools has further elevated their role. Tasks such as document drafting, report generation, and meeting preparation can now be completed with AI-enabled efficiency. Instead of spending hours creating summaries or searching through files, executives can receive actionable insights quickly and reliably. This means decision-making can happen faster and with greater precision.
The Growing Role of…
Gears may look straightforward at first glance: just teeth cut into a wheel. But anyone who works with them knows the truth is far more complex. The accuracy of a gear goes beyond simple tooth spacing. Tolerances and surface finishes play a critical role in how well a gear meshes, how quietly it runs, and how long it lasts. Overlook them, and the gear may still function, but not for long.
This article explores why tolerances and surface finishes are so important in gear manufacturing, and why they often separate a high-performing component from one that fails prematurely.
Why Gear Accuracy Matters
Gears are the backbone of countless systems, including transmissions, turbines, and industrial gearboxes. Their job is simple in theory: transfer torque and motion from one shaft to another. But if the teeth do not engage smoothly, problems appear quickly. Excessive noise, vibration, premature wear, or even catastrophic breakdowns can all be traced back to inaccuracies.
Tolerances and finishes address this risk. Tolerances ensure the gear is cut within acceptable dimensional limits, while surface finishes dictate how those teeth interact during operation. Together, they define whether the gear delivers smooth power transmission or constant maintenance issues.
Tolerances: Defining the Allowable Error
No manufacturing process…
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The research, led by Kriuk Boris from HKUST’s Department of Computer and…
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Perineural invasion (PNI), cancer spreading to or around nerves, can signal a higher risk despite negative nodes….
Groundbreaking research by Boris Kriuk Labs analyzes 3 million observations to map sustainable infrastructure future across warming Arctic
By Tina Geiger / Staff WriterIn what represents one of the most comprehensive Arctic scientific studies ever conducted, researchers at Boris Kriuk Labs have developed an advanced artificial intelligence system that identifies which Arctic infrastructure faces catastrophic failure as climate change destabilizes permafrost across northern territories. The study addresses a critical sustainability crisis: over one hundred billion dollars in buildings, pipelines, roads, and industrial facilities built on frozen ground that is rapidly thawing.
Led by Boris Kriuk of Hong Kong University of Science and Technology and Boris Kriuk Labs, the research integrates an unprecedented 3,000,000 observations from 171,000 locations spanning seventeen years, representing approximately twenty times the scale of previous permafrost modeling efforts. The findings reveal that without aggressive climate action, over half of Arctic infrastructure locations will experience severe permafrost degradation within decades, threatening sustainable development across the region.
“Arctic communities and industries face an existential infrastructure sustainability challenge,” said Boris Kriuk, who directed the multi-year research effort. “Permafrost degradation doesn’t just damage individual buildings—it threatens the viability of entire cities, transportation networks, and energy infrastructure that millions of people depend on. Our study provides the first comprehensive risk map enabling proactive adaptation rather than reactive crisis management.”
The Arctic warms at four times the global average rate, fundamentally transforming landscapes that have remained frozen for millennia. This rapid change undermines the foundation literally supporting Arctic civilization. Recent years have witnessed accelerating infrastructure failures: apartment buildings collapsing as foundations buckle, oil pipelines rupturing causing environmental disasters, and roads requiring constant reconstruction as permafrost beneath them melts. Traditional engineering approaches assuming stable…
New Insights Into Diabetes Management: Leptin’s Role in Combating Diabetic Ketoacidosis

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Breakthrough in Fusion Research: LANL Team Achieves Ignition Using Innovative THOR Technology

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How Should I Address My Child’s Sensory-Seeking Behavior?

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In industries where downtime can cost millions or even result in loss of life, cybersecurity failures are no longer abstract risks. Nowhere is this clearer than in Houston. As the epicenter of U.S. energy production, home to the world’s largest medical complex, and a global logistics hub, Houston represents both an economic engine and an irresistible target for cyber adversaries.
The latest Top Security Trends for Houston Leaders in 2026 report, with insights from Miggo Security, shows that attacks in 2025 increasingly bypassed traditional defenses, exploiting vulnerabilities not in testing environments but at runtime when systems are live, trusted, and in full operation. For 2026, the city’s leaders face a pressing reality: security must be redefined around what happens in real time.
Energy: Runtime Exploits in the Global Powerhouse
Houston’s $600 billion energy sector illustrates how runtime attacks can have a global impact. Verizon’s 2025 Data Breach Investigations Report noted that breaches initiated through vulnerability exploitation are climbing, with third-party involvement doubling year over year. In operational technology environments, those numbers translate into cascading risks.
Zscaler’s ThreatLabz report added that ransomware targeting energy companies has surged, with adversaries increasingly shifting from encrypting data to exfiltrating it and abusing APIs….
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