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Nature-inspired 3D-printing method shoots up faster than bamboo

Juan Jenaro Matus
<h1>Printing Wonders: Nature's Blueprint Brought to Life Faster Than Bamboo</h1>

<p>Picture this: a 3D printing process that blossoms faster than bamboo—in a world where technology often trudges along like a snail burdened with its shell. Welcome to the era of <b>“growth printing”</b>, a jaw-dropping innovation emerging from the Beckman Institute for Advanced Science and Technology. Researchers have unlocked a method that mimics the majestic growth of trees, producing polymer parts with a speed that will make your jaw drop and your mind race. How does this work, and should you be getting excited about it? Strap in, dear reader, because we are about to dive into the lush forest of innovation!</p>

<h2>The Marvel of Growth Printing</h2>

<p>Let’s break it down in the simplest terms. Traditional 3D printing is like stacking LEGO bricks to create a model, layer by layer. On the other hand, growth printing takes inspiration from Mother Nature herself, expanding materials outward like a tree trunk that grows thicker and stronger over time. Here’s the kicker: this process uses just a basic setup. A rod dipped in polymer resin is pulled upward, initiating a magical transformation as materials cure and spread outward. Say goodbye to molds and complex machinery—this process is as refreshing as a spring breeze and as energy-efficient as it is cost-effective[2][3].</p>

<ul>
  <li><b>Speed of the Future:</b> Forget about traditional speeds! While a garden snail glides along at a lackluster 1 mm/s, growth printing operates at a similar pace but brings in an entire process that maximizes efficiency. It’s not about racing against the clock; it’s about working smart. This method can generate large, axisymmetric products like wind turbine blades or boat hulls without the overhead of classic methods.</li>
  <li><b>Nature Speaks:</b> Drawing from the wisdom of D’Arcy Thompson’s <i>On Growth and Form</i>, the team examined how trees adapt and resist environmental forces. This led to an ingenious computational tool that forecasts the rod’s movements for creating various shapes, from whimsical creations to complex forms like a kiwi bird with an adorably tiny head[2][3].</li>
  <li><b>When Nature Doesn’t Shape Up:</b> Looking for perfect cubes? Move along. Growth printing tends to falter with non-symmetrical shapes, echoing nature’s own quirky designs. Surreal experiences like crafting curved objects resembling bananas are theoretically possible but can quickly turn into a mathematical puzzle[2][3].</li>
</ul>

<h2>Controlled Disorder: The Power of Penn Engineering</h2>

<p>Meanwhile, 100 miles away at Penn Engineering, another group of innovative minds is tackling a different challenge focused on <b>controlled disorder</b> within lattice structures. By purposefully offsetting connection points by 15%, they have devised materials that are a staggering 2.6 times more resistant to cracks compared to traditional designs. Believe it or not, this approach is akin to nature’s own resilience found in bone and nacre (the luscious substance known as mother-of-pearl) [5].</p>

<ul>
  <li><b>The Balance of Strength:</b> Although disordered lattices sacrifice a modest ≤25% in strength, they retain stiffness while skilfully redirecting cracks along broader pathways, minimizing damage. This ingenious “damage distribution” mechanism was revealed through photoelastic imaging—a feat that material scientists dream about[5].</li>
  <li><b>A Practical Solution:</b> You don’t need fancy materials or endless coatings to tackle this method—just a few tweaks in geometry. This accessibility means that existing 3D printers and laser cutters can adopt this technique, making it an ideal candidate for a myriad of applications in aerospace, medical fields, or automotive design[5].</li>
</ul>

<h2>Side-by-Side Comparison: Two Methods, One Goal</h2>

<table>
  <tr>
    <th>Aspect</th>
    <th>Growth Printing</th>
    <th>Disordered Structures</th>
  </tr>
  <tr>
    <td><b>Inspiration</b></td>
    <td>Tree trunk expansion</td>
    <td>Bone and nacre microstructures</td>
  </tr>
  <tr>
    <td><b>Key Advantage</b></td>
    <td>Speed and mold-free production</td>
    <td>Superior crack resistance</td>
  </tr>
  <tr>
    <td><b>Best Suited For</b></td>
    <td>Large axisymmetric products</td>
    <td>Applications under high stress</td>
  </tr>
  <tr>
    <td><b>Limitations</b></td>
    <td>Non-symmetrical shape creations</td>
    <td>Complex design challenges</td>
  </tr>
</table>

<h2>The Bigger Picture: Manufacturing Transformed</h2>

<p>These awe-inspiring developments mark a <b>revolution</b> in additive manufacturing, a field ripe for innovation. Growth printing offers a glimpse into a future where large-scale production becomes available to all, while disordered structures challenge material sciences at their core. Together, these methods illustrate how the flaws we often view as imperfections may actually hold the secret to solving complex engineering puzzles. Picture wind turbine blades that spring to life faster than bamboo reaches for the sky, or medical implants designed to withstand impacts just like seashells. The opportunities are as boundless as the green landscapes of nature itself.</p>

<p>As Sameh Tawfick, the brains behind growth printing, radiantly puts it: <b>“This is a successful example of how basic energy science can lead to transformative manufacturing.”</b> Don’t let the snail-like pace of progress fool you—this is a headlong sprint toward a greener, more efficient industrial future [2][3].</p>

<h2>Stay Connected!</h2>

<p>Don’t miss a beat in the whirlwind world of innovation! <a href="https://t.me/channel_neirotoken">Subscribe to our Telegram channel: @channel_neirotoken</a> and stay informed about cutting-edge advancements in 3D printing, sustainable materials, and all that delicious scientific goodness. Get ready for your next endeavor to sprout faster than bamboo!</p>

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Overcoming the Top AI Agent Production Challenge with Evals in LangChain

Juan Jenaro Matus

**Unwrapping the Mystery of AI Agents: The Production Hurdle and LangChain’s Solution**

Picture this: It’s May 27, 2025, and at the LangChain Interrupt conference, Harrison Chase, the charismatic CEO of LangChain, stands before an audience brimming with curiosity and excitement. He’s about to drop a truth bomb that could redefine the landscape of AI agents. The kicker? The biggest roadblock isn’t the technology itself, but the **quality** of the output. It turns out that, despite the impressive gadgetry and dazzling demos of prototype AI agents, transitioning those brainy bots into reliable, scalable production systems is akin to herding cats—chaotic and challenging.

**Quality: The Titan of Production Blockers**

A recent survey involving AI agent developers found something that might surprise many—quality is the reigning champion when it comes to production blockers, leaving cost and latency in its wake. It’s a no-brainer that while prototypes often shine in controlled environments, they can stumble and trip in the rugged terrain of real-life deployment. Companies craving consistency are finding themselves in a bit of pickle, scouting for robust evaluation frameworks to help turn those shiny prototypes into dependable workhorses.

**Enter Eval-Driven Development: LangChain’s Daring Strategy**

Harrison’s answer to this conundrum? A novel concept he calls **eval-driven development**! It’s like a beautiful concept where evaluation isn’t just a step in the process; it becomes the lifeline of development. Rather than relegating evaluation to the end of the checklist, it’s interwoven into the very fabric of development, encouraging a relentless cycle of refinement that boosts both performance and reliability.

**Understanding the Three Evaluation Types: A Recipe for Success**

Let’s dive into the nitty-gritty, shall we? Harrison presents three types of evaluations that are pivotal to this robust framework:

1. **Offline Evals:** Think of these as your studio sessions—curated datasets are used to anticipate how a model might behave in controlled conditions before it’s thrown to the wolves.

2. **Online Evals:** This is where the rubber meets the road! Real-time monitoring of agent performance in the wild. It’s like having a personal trainer shouting motivational phrases as you sweat it out, catching failures on the fly.

3. **In-the-Loop Evals:** The ultimate feedback loop; imagine a scenario where either humans or automated systems provide real-time feedback within the operational cycle. It’s like having a friend whispering the right answers during a game show.

**LangSmith: The New Sheriff in Town**

LangChain isn’t stopping at mere evaluations; they’ve dropped a groundbreaking tool called **LangSmith**—a unified observability and evaluation platform that sprinkles magic dust on production traces, transforming them into tailored evaluation datasets. This means developers can sift through real-world usage data to extract precise evaluation metrics, drawing a clear line between prototype thrills and production chills.

And get this, LangSmith is rigged up with features that include:

– **LLM-as-Judge:** Using large language models to assess agent outputs autonomously whenever clarity is shrouded in ambiguity. It’s basically AI judging AI—how meta!

– **Deterministic Evaluators:** Perfect for when the criteria are clear-cut, like those situations where you are simply trying to ensure code correctness or extraction accuracy.

**Tools Galore: A Treasure Trove of Support**

But wait, there’s more! LangChain isn’t just sitting on its laurels; they’ve rolled out an arsenal of new tools to turbocharge the evaluation process:

– **Chat Simulations:** These nifty simulations mimic human conversations, allowing agents to be tested vigorously in various dialogue scenarios. Think of it as an intense boot camp for your AI.

– **Eval Calibration:** A fine-tuning technique to align evaluators closer to human judgment, minimizing the dreaded false positives and negatives.

– **OpenEvals:** An open-source library filled to the brim with pre-built evaluators designed for common AI agent tasks, covering everything from code generation to data extraction validation.

**Why Evaluation is a Never-Ending Saga**

Harrison insists that “great evals start with great observability.” Evaluation is not a one-and-done checklist—it’s more like a never-ending story. It journeys from offline testing with curated datasets, through the harsh lights of real-time monitoring, to feedback loops that seem to spiral endlessly. This ongoing cycle of assessment is the secret sauce to deploying successful AI agents.

**Understanding Context in Production: Beyond Pretty Pictures**

Has anyone ever asked how the seemingly mundane intersects with the extraordinary? Harrison emphasizes that it’s not just about numbers and algorithms; building reliable agents is an art that calls for interdisciplinary collaboration. It’s about crafting context—designing prompts, architectures, and strategies that resonate with real-world operational needs. Transforming agents from mere demos into integral systems requires a keen understanding of both technology and the business landscape.

**The LangChain Ecosystem: A Glimpse Into Real-World Success**

Now, let’s sprinkle in some real-world examples showing how LangChain’s innovations are making a splash:

– **Cisco’s AI Agent Deployment:** Cisco has managed to automate an impressive 60% of their staggering 1.8 million support cases annually, achieving over a whopping 95% accuracy. This showcases a quintessential success of production-grade agents that was once relegated to mere dreams.

– **LangGraph Platform:** A genius framework that allows managing long-running, stateful AI agents in a production environment, now available for general use.

– **LangChain Sandbox:** A protective bubble for any untrusted Python code, ensuring safety when agents dynamically engage in coding tasks.

**In Conclusion: A Future Awaits**

To break through the quality barrier that’s holding back AI agent development, LangChain is championing a detailed, eval-driven development methodology. It’s the golden ticket that can transform prototypes into reliable, business-essential systems.

Here’s the game plan:

– A three-stage evaluation framework (Offline, Online, In-the-Loop).
– LangSmith for blending observability with evaluation seamlessly.
– Strategic evaluators, whether LLM-based or deterministic, tailored to suit various needs.
– Innovative tools like chat simulations and calibration to ensure robust testing.
– OpenEvals as a library of goodies for common AI agent tasks.

By embracing the idea that evaluation is an ongoing adventure, LangChain paves the way for AI agents to evolve from humble prototypes to robust entities performing predictably in live environments.

Want to stay up to date with the latest news on neural networks and automation? Subscribe to our Telegram channel: @ethicadvizor

3D printers leave hidden ‘fingerprints’ that reveal part origins

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Discover how 3D printers can leave hidden ‘fingerprints’ that provide insights into the origins of parts produced. This article delves into the fascinating world of additive manufacturing, exploring the unique characteristics embedded within 3D-printed items. Learn about the implications for product authenticity, quality control, and supply chain transparency. Uncover the methods used to analyze these hidden markers and their potential impact on various industries. Stay informed and enhance your understanding of the transformative role of 3D printing technology in today’s manufacturing landscape.

Transforming Industrial Automation and Risk Management with AI Agents

Juan Jenaro Matus

In the electrifying world of industrial automation, where steel collides with silicon, a remarkable phenomenon is unfolding: the rise of AI agents. Picture these clever, virtual helpers sneaking into factories and warehouses like ninjas, whispering to machines, and transforming the landscape of manufacturing and risk management as we know it. These aren’t your run-of-the-mill robots, no way! These are sophisticated systems capable of doing the heavy lifting—quite literally. They’re designed to enhance efficiency, accuracy, and response capabilities while keeping a watchful eye on potential risks, all in real time.

Let’s rewind a little. Industrial automation used to be a cautious affair, heavily reliant on traditional machinery and human supervision. Fast forward to today, where AI agents are stepping in with their data-processing superpowers. They analyze colossal amounts of data, spot patterns faster than a hawk eyeing its prey, and can even make decisions on their own without breaking a virtual sweat. This isn’t just about pushing buttons or turning dials anymore; it’s about orchestrating a symphony of machinery that plays a harmonious tune of productivity, seamlessly reducing errors and elevating overall quality. Imagine a production line that knows precisely when a machine is about to falter and alerts technicians just in time to prevent costly downtime. Think about the possibilities!

Risk management has always been a game of cat and mouse. You dive deep into spreadsheets, outdated reports, and guesswork hoping to outrun potential threats. But here come the AI agents to revolutionize this sphere too. They automate risk analysis as deftly as a seasoned juggler keeps balls in the air, enhancing the accuracy of assessments and allowing for real-time monitoring. These agents identify potential threats before they become disasters, enabling companies to transition from a reactive to a proactive stance on risk management. It’s akin to having a crystal ball that reveals the dangers lurking just around the corner.

Now, what are the magic tricks up an AI agent’s sleeve in the realm of risk management? Well, prepare for the hit list:

– **Automation of Risk Analysis**: Picture the mundane process of poring over endless data transformed into a lightning-fast review powered by AI. Controls are enforced, compliance is managed, and the risk landscape looks less daunting.
– **Real-Time Monitoring and Alerts**: No more waiting for reports or monthly reviews. AI agents are always awake, analyzing patterns that humans might overlook and predicting risks before they hit home.
– **Reducing False Positives**: Thanks to advanced algorithms, AI agents can sift through data to distinguish the genuine threats from the flimsy false alarms that waste our time and resources.

But hold your horses! While the advantages of AI agents are indeed enticing, they do not come without their fair share of risks and challenges. It’s essential to keep your eyes peeled:

– **Technical Limitations**: Just because AI is clever doesn’t mean it’s infallible. Errors, malfunctions, and security issues are all part of the risk package, including the growing concern that these systems could, in theory, automate cyberattacks.
– **Ethical Concerns**: When you let machines make decisions, questions of accountability come into play. Who’s at the wheel when an AI agent makes a nasty call? Could it misalign with our human values? Those are big questions—perhaps not as big as the ones facing the world of tea, but certainly on the philosophical scale.
– **Socioeconomic Impacts**: With automation comes the specter of job displacement, raising eyebrows and stirring fears among the workforce. It’s crucial we strike a balance and ensure those displaced find new opportunities rather than just becoming collateral damage in the march of progress.

To navigate these challenges, we need robust strategies: harnessing transparency in AI processes, ensuring human oversight, establishing ethical guidelines, and educating the public about the benefits and pitfalls of AI. Only then can we move forward.

As we look into the crystal ball of the future, it’s clear: AI agents are rewriting the rulebook for industrial automation and risk management. Embracing these vibrant technologies will set the stage for enhanced efficiency and a more secure operational landscape. Picture a world where factories hum with activity, powered by AI insights guiding every turn. It’s a tantalizing prospect, isn’t it?

Now, if you’re in the business of understanding these innovations, I encourage you to stay informed and engaged. The world of AI and industrial automation is not just transforming industries—it’s redefining our lives. To keep your finger on the pulse of this exciting evolution, subscribe to our Telegram channel: @ethicadvizor, where we’ll provide the latest updates, news, and insights on neural networks and automation.

Let’s embrace the future together—after all, it’s not just a technological leap; it’s a chance to redefine what’s possible!

Next-generation semiconductors could supercharge 6G delivery

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Discover how next-generation semiconductors are set to revolutionize 6G technology delivery. This article delves into the advancements in semiconductor technology that promise to enhance connectivity, speed, and overall performance of 6G networks. Learn about the potential applications, innovations, and the critical role these semiconductors will play in shaping the future of mobile communication. Stay informed on the cutting-edge developments that could redefine the way we connect and communicate in the not-so-distant future.

“Beyond Zoom: Harnessing Your Best Ideas Efficiently”

Juan Jenaro Matus

In a world where we assemble in digital realms and pixels morph into faces on screens, the Zoom revolution has taken over our professional lives. Meetings, once confined to office walls, have transcended into a limitless virtual experience. Yet, amidst the endless chatter and conceptual gymnastics, a single question echoes in our minds: “What next?” Yes, the creativity that bursts forth like fireworks during those online brainstorming sessions can evaporate into thin air if we don’t make the effort to grab it and put it to work. Let’s unlock the magic of turning fleeting ideas into solid action plans.

Capturing ideas from virtual meetings is where the fun begins — and ends, quite frankly, if you leave everything to chance. It isn’t merely about scribbling a few notes or bullet points on a digital notepad; it’s about concocting a foolproof system that cocoon those gems of ingenuity, ensures they get shared, and most importantly, spurs action. Ready to explore the golden realm of capturing and utilizing virtual brainstorming brilliance? Buckle up, because we’re diving deep.

First, let’s talk about the tools—a smorgasbord available to aid engagement and ensure that impactful moments are documented rather than lost like a forgotten sock in the laundry. The Zoom toolbox includes a treasure chest of features designed for just that:

– **Zoom Whiteboard**: Dive into collaborative creativity with the Whiteboard feature. Imagine a giant digital canvas where ideas bloom and flourish in real time! Participants can scribble, doodle, and share concepts that will remain accessible long after the meeting concludes. It’s your virtual garden of thoughts; just remember to water it now and then!
– **Breakout Rooms**: Sometimes, big groups can feel like being stuck in a crowded elevator. With breakout rooms, you can divide the cohort into intimate clusters, encouraging those who might feel shy to chime in on discussions. Who knows what diamonds of wisdom are waiting to be uncovered when people feel a little less like sardines?
– **Polling and Quizzing**: Why leave opinions hanging in the air? Polls are not just for quizzes, they’re a magnifying glass on preferences and interests that can help sift through the barrage of ideas. With one click, you can unveil consensus or highlight those ideas that truly resonate with the team.

Now that we’ve set the stage to capture creativity, let’s not let ideas slip through our fingers like grains of sand. After the meeting, an organized follow-up is crucial. Here are some best practices to keep those thoughts from fading into oblivion:

1. **Document Everything**: Consider employing project management applications or note-taking gems like Google Docs or Notion. These are your trusty notebooks in the digital sprawl, helping you craft a lasting record of every discussed idea. Whether it’s brilliant or quirky, jot it down!
2. **Assign Tasks and Responsibilities**: It’s a recipe for disaster to let ideas float without anchors. Clearly define tasks, responsibilities, and deadlines so that everyone knows who’s steering the ship. An idea can’t become action if no one’s at the helm!
3. **Review and Follow Up**: Maintain the momentum by weaving follow-ups into your routine. The ultimate goal is transformation: ideas into tangible outcomes. Regular check-ins can breathe life into those once-fleeting thoughts.

Storing ideas is just the tip of the iceberg—the real magic happens when we cultivate a vibrant culture of continuous exploration and learning. Encourage team members to share their perspectives beyond meetings and facilitate feedback loops. By opening up channels, you nurture an ecosystem where ideas can evolve and thrive over time, akin to a jungle where every plant contributes to the lush greenery.

In this new digital landscape, good intentions can pave the way to innovative outcomes or lead straight to dead ends. It all depends on how well-executed your approach is. So, when the sparks of creativity fly during your Zoom meetings, it’s not merely a scream into the echo chamber; transform it into a symphony of actions and reactions.

In closing, seizing and implementing ideas beyond the Zoom room isn’t just the next step—it’s essential for fostering a vibrant culture of collaboration and innovation. By embracing the tools at your disposal and establishing effective practices, you’ll transform those fleeting moments of inspiration into meaningful impacts.

So, you’ve got the know-how to stuff your virtual brainstorming sessions with substance! Don’t let those golden ideas slip away; stay informed and keep your edge sharp. Dive into the latest strategies and tools that will amplify your meetings. Whether you seek to lift team spirit or refine your workflow, staying in the loop is crucial.

Want to stay up to date with the latest news on neural networks and automation? Subscribe to our Telegram channel: @ethicadvizor

High-quality OLED displays enable screens to emit distinct sounds from individual pixels

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Discover how high-quality OLED displays are revolutionizing the way we experience sound and visuals. This article explores the innovative technology that allows screens to emit distinct sounds from individual pixels, enhancing multimedia experiences. Learn about the implications for gaming, movies, and interactive media, and explore the future of audio-visual integration through cutting-edge OLED technology. Perfect for tech enthusiasts and professionals alike, this insight into OLED displays will highlight their potential to redefine user engagement and immersion.