#NewsLiveNow जम्मू-कश्मीर के किश्तवाड़ जिले में सुरक्षाबलों और आतंकियों के बीच एक बार फिर गोलीबारी की खबर सामने आई है। सुरक्षाबलों ने इलाके को चारों ओर से घेरते हुए सघन सर्च ऑपरेशन शुरू कर दिया है। #newsinhindi #latestnewstoday #jammukashmir #SearchOperation

#NewsLiveNow पंजाब के पठानकोट में सुरक्षा व्यवस्था कड़ी कर दी गई है। सीमा पार से घुसपैठ की संभावित सूचना के बाद बीएसएफ और सेना ने मिलकर संयुक्त तलाशी अभियान शुरू कर दिया है। #BreakingNews #Punjab #pathankot #SearchOperation #BSF

#NewsLiveNow दिल्ली में स्कूल को बम से उड़ाने की धमकी मिली, जिसके चलते हड़कंप मच गया और फिलहाल दिल्ली पुलिस ने सर्च ऑपरेशन शुरू कर दिया है। #newsinhindi #DelhiNews #DelhiPolice #BombThreat #delhischool #SearchOperation

Scientists have discovered a gene called CYP26B1 that may enable the regeneration of amputated body parts in humans. This gene is active in axolotls and acts like a “cellular mapmaker,” instructing stem cells to precisely and orderly form new tissues at the site of injury. The axolotl’s extraordinary ability to regenerate limbs, as well as parts of its heart and brain, is largely due to the activity of this gene. CYP26B1 functions by regulating levels of retinoic acid (RA), a molecule that plays a key role in determining cell fate. When tissue is damaged, the gene establishes highly specific signaling pathways that guide stem cells to differentiate into skin, muscle, or bone. Without this gene, complete regeneration of limbs would be nearly impossible. Studies on human stem cells have shown promising results. When researchers placed human stem cells under laboratory conditions mimicking those of injured axolotl tissue, and manipulated retinoic acid levels while activating or deactivating CYP26B1, they observed regeneration-like behavior: cells differentiated into specific tissues instead of growing randomly. This provides strong evidence that a similar genetic pathway could potentially be activated in humans. This discovery offers hope for a future where humans might also regenerate lost body parts. If researchers succeed in safely and precisely activating the CYP26B1 pathway in humans, it could usher in a new era of regenerative medicine—one in which restoring amputated limbs and rebuilding vital tissues moves beyond miracle and into reality. #science #biology #medicine #scrolllink

Each dusk ushers in the hope of a new dawn 🌸 #pinkflower #scrolllink #dusk #dawn

🤖 Leaked documents show Amazon divisions hope to replace 600,000 US workers with robots. Amazon may soon become one of the largest job replacers in U.S. history. According to leaked internal strategy documents obtained by The New York Times, the retail giant is aiming to replace over 600,000 U.S. workers with robots by 2033. Amazon says the documents reflect only one team’s view and not official strategy. Still, economists warn the implications are massive. The plan, driven by Amazon’s robotics division, seeks to automate 75 percent of warehouse and delivery operations, potentially saving the company $12.6 billion and trimming 30 cents off the cost of every item shipped. The shift is already underway, with an estimated 160,000 roles expected to be eliminated by 2027. In response to anticipated public backlash, internal memos show Amazon has considered softening its messaging—avoiding terms like “automation” and “AI” in favor of phrases like “advanced technology” and “cobot,” meaning robots that work alongside humans. “If Amazon pulls this off, it won't just impact Amazon jobs—it will set a precedent for industries everywhere,” said Nobel-winning economist Daron Acemoglu. As one of America’s largest employers, Amazon’s automation ambitions could signal a profound shift in the future of work. Source: "Amazon hopes to replace 600,000 US workers with robots, according to leaked documents," The New York Times, 21 October 2025. #america #amazon #robots #scrolllink

I hope you get it #Doctor #wisdom #fun #scrolllink

I hope this really happens #hope #ScStAct #scrolllink

🔬 In a landmark experiment, researchers have achieved the fastest-ever detection of a single electron, capturing its presence within 6 trillionths of a second in a gallium arsenide semiconductor. By injecting two electrons from separate sites and monitoring their near-instantaneous electric repulsion as they approached, scientists at the UK’s National Physical Laboratory used one electron’s deflection to pinpoint the other. This exceptional temporal resolution is roughly 100 times quicker than previous methods, moving us closer to building devices that manipulate single electrons at the speed of quantum interactions. Conventional electronics rely on vast flows of many electrons, but controlling single-electron events in real time could make devices much faster, smaller, and more energy-efficient—while also directly tapping the quantum nature of electrons. The approach depends on exquisitely controlled electron pumps and sensors, hinting at the possibility of future quantum technologies as compact as a microchip. T he achievement provides an essential building block for advances in quantum communication and computing, and could even allow improvement in the fundamental definitions of electric current by employing quantum standards. What makes this finding unique is its ability to probe the fleeting, ultrafast interactions that underlie all electrical currents—a regime where quantum behavior dominates. Researchers now hope to use this capability to unlock deeper insights into the quantum world, accelerating progress toward devices and measurements unimaginable just a decade ago. 📄 RESEARCH PAPER 📌 Masaya Kataoka et al, "Single-electron detection on a picosecond timescale", Physical Review Letters (2025) — in New York, NY, United States. #science #scrolllink

Many years back, I was an engineer who was supposed to get paid well and supervise poor workers. But something was not right with this. I hated how construction industry worked. I left that work.....although that degree/work was the only hope I had with my very poor and struggling life. After a while, I joined back the corporate as a support guy. This job was terrible for the mental health, but it was the fastest way to get rid of negative karmas. Also, it allowed me to help people. That was a satisfactory thing about it. Down to 4 years, That decision allowed me to help more than 5000 people in a way. And this is one of the many many missions I have completed, only to be able to reach the shiva. No matter, if it doesn't pay well, no matter if it's humiliating, no matter if the entire family, friends leave, no matter even if it lives with no money to visit my spiritual teacher once in 5 years, I will do what I find right to do. You can call me egoist, but I may have worked multiple lives to land up in the situation that allows such things. Hence, the straightforward clarity on things. Which most people call arrogance. That's alright... We trust lord Mahakala. He never fails to deliver at right time, place and circumstances.

"जो कुछ भी हो, जीवित रहो। मृत्यु से पहले मत मरना। खुद को खो मत देना, उम्मीद मत खोना, दिशा मत खोना। खुद से, अपने शरीर की हर कोशिका से, अपनी त्वचा की हर तंतु से जीवित रहो। जीवित रहो, सीखो, अध्ययन करो, सोचो, पढ़ो, बनाओ, आविष्कार करो, रचनात्मक बनो, बोलो, लिखो, सपने देखो, डिज़ाइन करो। अपने भीतर जीवित रहो, बाहर भी जीवित रहो, दुनिया के रंगों से अपने आप को भरो, शांति से अपने आप को भरो, आशा से अपने आप को भरो। खुशी से जीवित रहो। जिंदगी में सिर्फ एक ही चीज़ है जिसे तुम्हें व्यर्थ नहीं करना चाहिए, और वो है खुद ज़िंदगी..." #life #hope #knowledge #strenght #scrolllink #death

Helping others is one of the greatest purposes of life because it creates kindness, connection, and meaning. When we extend a hand to someone in need, we not only ease their struggles but also enrich our own hearts with compassion and gratitude. Acts of service, whether big or small, ripple outward—spreading hope, building trust, and inspiring others to do the same. Life becomes more fulfilling when it is not lived only for oneself, but shared with others in a spirit of generosity and care. In helping others, we discover the true joy and strength of being human.' -Life Unfold #scrolllink #maya #mayotube #incircle #BigXprime #Mayopedia