A Bihari boy came to Mumbai with nothing more than a bedding, a tiffin box, and a dream. No English. No formal degree. No connections. Just courage… and a fire that refused to die. That boy was Anil Agarwal. He started by picking up scrap metal. He worked at a small cable trading shop. He saved every rupee, learned every skill, and knocked on every door that others were too scared to try. Slowly, the world started to notice. Today, he owns Vedanta Resources, a global metal & mining giant worth ₹16,000+ crore. From scrap yards to skyscrapers — he built it all, piece by piece. This isn’t a “rags to riches” cliché. This is India’s real Metal King — a man who proved that your background cannot predict your destiny. Success doesn’t come from degrees. It comes from hunger. Share this with someone who needs the reminder. Credit @thelallantop ➡️ Follow @marketing.growmatics for more real founder journeys & business inspiration Content used for educational & commentary purposes (Fair Use, Section 107) DM for credit or removal #AnilAgarwal #Vedanta #SuccessStory #StartupInspiration #FromScrapToSuccess #BusinessMindset #EntrepreneurLife #Motivation #ExplorePage #MarketingGrowmatics #viral #vedantagroup #success #billionaire #hustle #trending

https://www.databridgemarketresearch.com/reports/global-metabolic-testing-market

Macaulay Culkin says he has an idea for a 'HOME ALONE' legacy sequel: "I'm either a widower or a divorcee. I'm raising a kid.... I'm not really paying enough attention & the kid is kind of getting miffed at me & then I get locked out. My son won't let me in... and he's the one setting traps for me. The house is some sort of metaphor for our relationship" FROM @variety . . . Page For Every Major Movie Updates🎬 Share With Your Movie Lover Family/Friends🍿 Follow For More Update📽️ . . . #movies #homealone #movieupdates #macauleyculkin #entertainment

Your net worth is one of the clearest indicators of your financial health. It shows the full picture of what you own compared to what you owe. The visual in this post breaks down the steps to calculate it and gives you simple ways to increase it over time. To calculate your net worth, start by listing all of your assets which includes cash, savings, investments, and the value of major items like a car. Then list all your liabilities which are debts such as credit cards, student loans, and car loans. Once you subtract your total liabilities from your total assets, the result is your net worth. This number does not define your value as a person, but it does help you understand your financial progress. Tracking your net worth each month gives you clarity on whether you are moving forward or backward. It also helps you identify which areas need improvement. There are three main ways to grow your net worth over time. The first is to increase your income which can be done through side jobs, promotions, skill building, or investing in dividend stocks or rental properties. The second is reducing expenses by negotiating bills, eliminating unused subscriptions, and making smarter spending decisions. The third method is buying appreciating assets which grow in value such as stocks, bonds, index funds, real estate, precious metals, and mutual funds. When you consistently buy assets that rise in value, your net worth increases automatically. Small improvements in each of these areas compound into major long term results. Understanding your net worth helps you stay in control of your financial journey. It gives you a clear target to improve and a way to measure your growth. The goal is not perfection but progress over time. 💬 Comment “Stocks” if you want a link to see my dividend portfolio and learn how I use appreciating assets to increase my net worth. Which pillar do you feel you need to focus on the most right now: increasing income, reducing expenses, or buying more assets? ⚠️ This content is for educational purposes only and is not financial advice. Always research carefully or consult a licensed professional before making investment decisions.

This is what your unemployed friend is up to on a random Tuesday night 😅 Back in 2023, a Florida man was arrested after attempting to cross the Atlantic Ocean in a homemade floating contraption that basically looked like a giant hamster wheel. Coast Guard officials spotted him 70 miles off the Georgia coast, gearing up for a “jog to London,” and quickly declared the vessel “manifestly unsafe.” Built from buoys, metal bars, and wiring, the so-called “hydro pod” was meant to be powered by—wait for it—running inside of it. He refused to abandon ship, which led to the arrest. And here’s the wild part: it wasn’t even his first try. He’d attempted similar crossings in 2014, 2016, and 2021, all stopped for safety concerns. He said his bizarre voyages were meant to raise awareness for causes like homelessness and even the Coast Guard itself. ❤️ #viral #florida #coastguard #news

https://www.databridgemarketresearch.com/reports/global-metal-cans-market

Chinese scientists are working on a promising anti-aging drug derived from a grapeseed compound known as PCC1, a breakthrough they believe could one day extend the human lifespan to as long as 150 years. 🧬 The findings, published in Nature Metabolism, show that PCC1 successfully eliminated aged cells in mice and increased their lifespan by roughly 9%. The compound targets and clears senescent cells, which contribute to tissue aging. A Shenzhen-based biotech company, Lonvi Biosciences, is now preparing this technology for human trials, describing it as a major step toward practical life-extension science. Although the early data is exciting, experts emphasize that human aging is far more complex. PCC1’s safety, ideal dosage, and long-term effects will require extensive clinical research before any true breakthrough becomes possible. Still, the idea of routinely living beyond 100 is slowly shifting from science fiction to scientific possibility. Source: Nature Metabolism, University of Chinese Academy of Sciences 👉 Follow us @FutureTech for more! 🔌

Elon Musk took a jab at Jeff Bezos, calling him a “copycat” after the Amazon founder jumped into the AI race by funding a new $6.2-billion venture known as Project Prometheus. Bezos is stepping back into an executive role as the startup’s co-CEO, focusing on “AI for the physical economy,” with plans to develop advanced AI systems for engineering and manufacturing in sectors like computing, aerospace, and automotive technology. Project Prometheus has already assembled a team of over 100 people, including top AI researchers from Meta, OpenAI, and Google DeepMind. This marks Bezos’s first hands-on leadership role since he stepped down as Amazon’s CEO in 2021. He will share the chief executive role with Vik Bajaj, co-founder of Verily and Foresite Labs. Reacting to the announcement, Musk posted “Haha no way,” followed by the word “copy” and a cat emoji on X. 👉 Follow us @FutureTech for more! 🔌

When Fernando Ortiz Monasterio first gazed at the gray forest of highway pillars choking Mexico City’s Periférico, he saw potential. Not concrete. Not gridlock. But a vertical garden—one that would breathe life into one of the world’s most polluted capitals.⁠ ⁠ What followed was a transformation both literal and symbolic. Today, more than 1,000 columns of the Anillo Periférico are wrapped in dense, vibrant greenery. Dubbed Vía Verde, the project spans over 60,000 square meters of vertical gardens, irrigated by reclaimed water and sustained by recycled materials. No soil required—just innovation, textile, and hydroponics.⁠ ⁠ The system is intelligent. Each pillar contains sensors that monitor light, temperature, and moisture. They communicate in real time, triggering precision irrigation to conserve resources while maximizing plant health. These aren’t just decorative installations—they’re engineered ecosystems.⁠ ⁠ Ambitious by design, Vía Verde claims to filter 27,000 tons of air pollutants a year, trap heavy metals, and generate clean oxygen for tens of thousands. But the benefits go beyond air quality. The gardens reduce urban heat, dampen traffic noise, and even provide jobs—many filled by community workers and rehabilitating inmates.⁠ ⁠ Still, not everyone is convinced. Critics argue the project is more about aesthetics than impact. Replacing smog with succulents, they say, doesn’t address the core issue: car dependency. For the cost of one vertical column, the city could plant 300 trees.⁠ ⁠ Even Ortiz admits this is just a beginning. His firm is pushing to expand Vía Verde across rooftops, bridges, and tunnels—10 million square meters by 2030. But that would still fall short of WHO’s recommended green space per resident.⁠ ⁠ The vision is bold. The execution, ongoing. But even in a city of concrete and chaos, it’s possible to grow something green.⁠ ⁠

Researchers at the University of Calgary and Canada’s National Research Council have captured evidence that all living things emit an ultra-faint light, known as biophotons, which disappears at death. Using high-sensitivity cameras, the team recorded photon emissions from mice and plant leaves, revealing a sharp drop once the mice were euthanized, even though their body temperature was maintained.⁠ ⁠ Biophotons are thought to arise from reactive oxygen species, unstable molecules produced during normal metabolism and stress. When these molecules interact with fats or proteins, electrons shift and release a photon as they return to their resting state. While too weak for the human eye to detect, the emissions fall within visible wavelengths, meaning living organisms literally shimmer on a microscopic scale.⁠ ⁠ In plants, the glow grew brighter when leaves were physically injured or chemically stressed. Damaged regions shone far more intensely than healthy tissue for hours, underscoring the link between stress and photon output. Similar findings have been observed across a wide range of species and tissues, from bacteria to heart cells, but this study shows the effect in whole organisms with striking clarity.⁠ ⁠ Biophoton monitoring may provide a non-invasive diagnostic tool, revealing cellular stress in real time across medicine, agriculture, and microbiology. Scientists imagine tracking organ health without surgery, monitoring crop vitality during droughts, or even mapping subtle changes in the brain. The research suggests that the faintest flicker of light could become a powerful new way to measure vitality.⁠ ⁠ Source: 10.1021/acs.jpclett.4c03546