भारत में बुर्के कि आड़ में बहुत सी लड़कियों को kidnap कर लिया जाता है, आतंकवादी आसानी से अपने ठिकाने बदल लेते है ,इटली 🇮🇹 में बुर्का प्रतिबंधित कर दिया गया है , क्या भारत में नेताओ को अपना वोटबैंक इनमें दिखाई देता है #post #instagram #explore #scrolllink

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Physicists at CERN’s Large Hadron Collider have observed what may be one of the strangest quantum events ever recorded — a new tetraquark particle that appeared to exist in two separate detector locations simultaneously. The discovery hints at a bridge between quantum mechanics and classical physics, shaking the foundations of modern science. Unlike protons and neutrons, which are made of three quarks, tetraquarks contain four, forming exotic states of matter rarely seen in nature. During experiments, researchers noticed something unprecedented: the same tetraquark seemed to register 1.4 meters apart at the exact same moment — suggesting quantum superposition on a much larger scale than previously thought possible. This finding challenges the long-held idea that superposition only applies to microscopic particles. If confirmed, it could revolutionize how we understand space, time, and causality — even paving the way for quantum computers that operate at room temperature and unhackable communication systems based on entangled states. The particle itself existed for only 10⁻²³ seconds, but in that brief instant, it may have rewritten the rules of reality. CERN’s follow-up experiments aim to verify whether this was a measurement anomaly or the first glimpse of a quantum-classical overlap — a discovery Einstein himself once thought impossible. #CERN #QuantumPhysics #Tetraquark #Superposition #QuantumMechanics #Scrolllink

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After the worship rituals and recitation at the temple located at the ‘Siddha Mahavidya Peeth’, the Kalash (sacred pinnacle) has been installed. On this occasion, a Yajna ceremony and community feast were organized. Due to the long period of temple reconstruction, devotees had been deprived of having darshan. At this temple dedicated to the Ten Mahavidyas, local women organized bhajan and kirtan in the evening. The ‘Siddha Mahavidya Peeth’ is now open to the general public. #SiddhaMahavidyaTemple #Assam #Mandir #ishaputra #kurukulla #scrolllink #MahasiddhaKaliMathiNath #KulantPeeth #News

A deeply moving video shows a blind baby seeing the world for the very first time. Born with a rare vision condition, the little one was finally fitted with special glasses after months of anticipation. The instant he sees his parents clearly, his face lights up with wonder — eyes wide, a radiant smile spreading across his cheeks. It’s a breathtaking reminder of the beauty of sight, love, and life itself. #BlindBaby #FirstTimeSeeing #EmotionalMoment #HeartTouching #BabyLove #Humanity #PureLove #MiracleMoments #InspirationDaily #FeelGoodVideo #UnforgettableMoments #ParentLove #SpecialNeedsAwareness #KindnessMatters #BeautifulLife #ViralReels #ReelInspiration #FamilyLove #JoyfulMoments #HeartMelting

A routine ride home for a young couple and their child turned into a terrifying ordeal near MS Ramaiah Hospital in Bengaluru, after a speeding car allegedly slammed into their scooter and hurled them over a road divider. The driver, who fled immediately after the crash, has now been arrested, NDTV reported. According to police, the incident took place last month when the family was travelling on a two-wheeler along the busy stretch. Investigators said the car, reportedly driven by 23-year-old Sukruth, approached at high speed before crashing directly into the scooter, the report further added. The impact sent the vehicle flying across the median, leaving all three passengers injured. Bystanders rushed to help and shifted the family to a nearby hospital. The woman suffered injuries to her head, hand and shoulder, while the man sustained rib fractures. The child escaped with minor injuries, police said. A detailed scan of CCTV cameras installed along the route helped police trace the car and identify the driver. According to NDTV, officers said Sukruth was picked up soon after and booked for rash and negligent driving, causing injuries, and escaping the scene without offering assistance. #news #scrolllink

In Tamil Nadu’s Tirupur district, a controversy erupted after Ajmal Khan was reportedly seen performing namaz inside a Vinayagar temple. The incident, captured on video, sparked outrage among locals and Hindu groups, who viewed it as a deliberate act of disrespect toward Hindu traditions. Authorities have launched an inquiry into the matter, while community leaders have called for maintaining peace and respecting all religious sentiments. The incident has reignited debates over rising instances of religious provocation and the need for stronger measures to preserve communal harmony in the state. Source: X/GudumbaSatti

WHY GROKIPEDIA IS MAKING THE MEDIA MELTDOWN - AND WHY THAT’S A GOOD THING The legacy media is melting down over a digital encyclopedia. Not a government scandal. Not a war. A website. It’s called Grokipedia, Elon's AI-powered alternative to Wikipedia, and it has already done the unthinkable: challenged the establishment’s control over online “truth.” Launched in beta as version 0.1, Grokipedia already has more than 885,000 entries, and that’s just the start. Musk says version 1.0 is coming soon and promises it will be “ten times better”. Better than what? According to Musk: better than Wikipedia itself. And if you look at how both sites handle controversial topics, he might be right. Wikipedia is run by volunteers, but let’s not kid ourselves, ideological gatekeeping is baked into its DNA. From politics to culture to science, pages are shaped by editors who lean overwhelmingly left. Anyone who’s ever tried to update a conservative viewpoint knows what happens: instant reversion, flags, bans, and “consensus.” It’s not “the wisdom of the crowd.” It’s the orthodoxy of a very specific crowd. Grokipedia’s arrival struck a nerve because it breaks that consensus. It doesn’t just rewrite articles, it reframes narratives. The BLM entry? It notes the movement’s scale, but also includes the violence, property damage, and 25 deaths linked to the 2020 riots. Wikipedia barely mentions that. The Tucker Carlson page? It calls out the systemic media bias he exposed, citing actual reporting, something Wikipedia refuses to do without filtering it through their editorial “neutrality” filter. Even the entry on Elon Musk pulls no punches. It praises his impact, while noting the relentless attacks from left-leaning media. Shocking, right? This isn’t about articles, it’s about power. Wikipedia has held a near-monopoly over online reference knowledge since 2001. Now, an AI-driven, open-access rival shows up and suddenly every blue-check pundit is in DEFCON 1 mode. The panic isn’t about errors. It’s about losing control over the narrative. Grokipedia lets people see different angles, uncensored, and that alone makes it dangerous to the establishment. Truth Doesn’t Need a Gatekeeper Grokipedia isn’t perfect. No source is. But it offers something we haven’t had in a long time: real competition in the knowledge economy. And that’s exactly why it’s driving Wikipedia’s defenders, and their media allies, absolutely mad. If your version of “truth” can’t stand up to a free marketplace of ideas, maybe it was never the truth to begin with. #wikipedia #mayopedia #Grokipedia #scrolllink

Researchers have recorded the briefest interval of time ever measured: 247 zeptoseconds—the duration for a photon of light to traverse a hydrogen molecule. That's 0.000000000000000000247 seconds.A zeptosecond equals one trillionth of a billionth of a second, a realm where light, the universe's speed champion, advances mere fractions of an atomic diameter. For scale, a single second contains as many zeptoseconds as there are seconds in 31.7 trillion years—vastly exceeding the age of the cosmos. Physicist Reinhard Dörner and colleagues at Goethe University Frankfurt achieved this using intense X-rays from Hamburg's PETRA III accelerator. They aimed at hydrogen molecules—the simplest in existence, comprising two protons and two electrons. An incoming photon struck both electrons in rapid sequence, akin to a stone skipping across water. To resolve this fleeting event, the team employed a COLTRIMS reaction microscope, an ultra-precise instrument that tracks particle positions and momenta. By examining the interference patterns from the two expelled electrons, they pinpointed the precise lag between the photon's impact on the first electron and the second.The finding: 247 zeptoseconds. This demonstrates that light does not illuminate a molecule instantaneously, even at this tiny scale; the delay stems from light's finite velocity of roughly 186,000 miles per second (300,000 km/s). It represents the first direct observation of light propagating inside a molecule. By contrast, chemical reactions unfold over femtoseconds—a thousandfold longer. Zeptosecond precision opens a window into quantum timescales, where electron and photon dynamics govern matter's core behaviors. #zeptosecond #chemiclas #quantum #timescale #scrolllink

Quantum entanglement is one of nature’s most haunting mysteries proof that the universe might be more unified than we can imagine. When two particles are created together, they share a single quantum state. No matter how far apart they drift, even light-years away, a change in one instantly affects the other. To Einstein, this was impossible yet experiments continue to confirm it’s real. This strange bond seems to ignore the speed limit of light, suggesting that at the deepest level, space and distance may be illusions. The universe behaves like one continuous fabric, not a collection of separate objects. Every flicker of energy and every act of observation is a thread tugging on that cosmic web. Entanglement blurs the line between “here” and “there,” “you” and “me.” It whispers that perhaps everything from atoms to galaxies is already connected, sharing one hidden heartbeat through the quantum field. Sources: NASA, CERN, Max Planck Institute for Quantum Optics #Quantum #entanglement #science #scrolllink