In what sounds like a scene from a sci-fi farm, Japanese researchers have trained AI to decode chicken emotions—from stress and fear to excitement and hunger—just by listening to their clucks. Using “Deep Emotional Analysis Learning,” the system was trained on vocal data from 80 chickens and matched with behavioral cues, building an algorithm that can identify their emotional states with surprising accuracy. If scaled, this tech could transform livestock care, boost animal welfare, and maybe even let your pets “talk” to you one day. The future of farming might just be… emotional. Here’s how AI is learning to speak chicken — #AITranslation #ChickenLanguage #AnimalTech #SmartFarming #AnimalWelfare

For the first time ever, doctors have successfully cured a genetic disease by editing DNA directly inside a patient’s body. Using CRISPR gene-editing technology, a life-threatening mutation in a young girl with Friedreich’s ataxia was corrected by delivering molecular tools straight into her bloodstream—without the need for surgery. This revolutionary approach resulted in stabilized symptoms within weeks, marking a groundbreaking leap in genomic medicine. If replicated across other conditions, this technique could pave the way for curing diseases once thought to be lifelong or fatal—by simply rewriting the genetic code from within. #GeneEditing #CRISPR #MedicalBreakthrough #GeneticCure #FriedreichsAtaxia

It’s not fantasy anymore — physicists at CERN have done what ancient alchemists could only dream of. Using the ALICE experiment at the Large Hadron Collider, scientists smashed lead atoms together at near light-speed, stripping away protons and creating actual gold atoms — if only for a fraction of a second. How? By removing three protons from lead (atomic number 82), they momentarily created gold (atomic number 79) through nuclear transmutation — the real science behind turning one element into another. This isn’t about riches. The gold produced was microscopic — just picograms — but the achievement is a milestone in understanding the origins of matter and the behavior of atomic nuclei under extreme energy. From myth to measurable reality, we’ve finally cracked the code of alchemy — not with magic, but with the power of particle physics. #CERN #LHC #ALICEexperiment #ParticlePhysics #AlchemyRealized

Voyager 1: The 1977 Spacecraft That’s Still Going Strong in Interstellar Space 15+ billion miles away, powered by just 69 KB of memory, an 8-track tape recorder, and code written in FORTRAN... Voyager 1 is still exploring the cosmos — nearly five decades after launch. It receives commands that take 22 hours to reach it — and it’s still responding, still sending back data, still writing history. Why does it still work? Built with radiation-hardened hardware Powered by elegant simplicity Designed with redundant backup systems Maintained by engineers who still think like it’s 1977 This isn’t just a spacecraft — it’s a time capsule of human brilliance, drifting beyond our solar system with the heartbeat of Earth encoded in a golden record. #Voyager1 #SpaceEngineering #DeepSpaceExploration #NASAHistory #GoldenRecord

Tony Hoare: Người tạo ra thuật toán sắp xếp Quick Sort năm 22 tuổi khi đang cố gây ấn tượng với crush Có thể bạn chưa biết, Quick Sort được tạo ra khi tác giả Tony Hoare đang là một cậu sinh viên, 22 tuổi vào thời điểm bác ấy đang crush một bạn nữ. Hoare từng nói đùa rằng "nếu biết Quicksort sẽ trở nên nổi tiếng như vậy, tôi đã rủ cô bé ấy một buổi hẹn hò để giải thích thuật toán. Và thực tế, Quick Sort được tạo ra khi bác ấy thấy Bubble Sort chưa tối ưu và muốn tìm một thuật toán tối ưu hơn. Cho đến bây giờ, QuickSort vẫn luôn là một thuật toán sắp xếp nổi tiếng với cộng đồng lập trình viên, đặc biệt với nhiều bạn sinh viên IT. Theo: Code Mely