अपनों के साथ किया गया छल, अपने ही अंत का आरम्भ है..। #quote #saying #thought #scrolllink

जिन पर ज़िम्मेदारियाँ होती हैं, उन्हें ना रूठने का हक होता हैं, ना टूटने का..! #achcheebaten #scrolllink #thoughts

वो इंसान कभी नहीं सुधर सकता, जिसे अपने व्यवहार में कभी भी कोई दोष नजर नहीं आता हो..! #achcheebaten #scrolllink #thoughts

नियंत्रण बहुत जरूरी है,अगर आमदनी कम हो तो खर्चों पर और जानकारी कम हो तो शब्दों पर.. #scrolllink #quote #saying #thought

सफर बहुत लंबा होगा, तुम सुंदर से पहले समझदार चुनना... #thought #life #teachings #scrolllink

जाना अनिवार्य है। अच्छे किरायेदार बनकर जिए। #thoughts #scrolllink #life #death

जब तक बेटा बाप नहीं बन जाता, तब तक बाप का हर निर्णय उसे गलत ही लगता है।। #achcheebaten #scrolllink #thoughts

परवाह मत करो कि कोई क्या कहता है.. क्योंकि तुम्हारे घर के खर्चे तुम्हें उठाने है लोगों को नहीं..!! #scrolllink #life #struggle #thought

Jo kismat mein hoga mil jaayega Bolte bolte kuch bhi nahi mila 🫠 #luck #badtimes #scrolllink #thought

जंग में जाने वाले घोड़े... बारातों में नहीं नाचते ! #thought #quote #scrolllink #saying

🌌🧠 It’s mind-blowing to realize that brain cells and the universe share a striking similarity in their network structure. Both are made up of countless nodes — neurons in the brain and galaxies in the universe — connected by delicate filaments. The brain contains around 86 billion neurons, while the universe holds at least 100 billion galaxies, woven together in a vast cosmic web. Yet, despite this visual and structural resemblance, they’re worlds apart in composition and purpose. The universe is dominated by dark energy and dark matter, while the human brain is mostly water. The brain processes information and thought, while the universe’s filaments transfer energy and matter across unimaginable distances. It’s a beautiful reminder that patterns repeat themselves — from the smallest neuron to the grandest galaxy. #Universe #SpaceExploration #scrolllink

🚨 Scientists just made light-speed visible! And the images are something out of science fiction.For the first time, scientists have visually captured what an object would look like moving at the speed of light—turning a 100-year-old theory into stunning, real-world images. In a groundbreaking study, researchers at the Vienna Center for Quantum Science and Technology recreated the Terrell-Penrose effect, a phenomenon of special relativity that predicts how objects appear distorted—not compressed, but rotated—when moving at lightspeed. Using ultra-fast lasers and a high-speed photography setup, the team mimicked the visual experience by slicing and stitching light reflections into a composite, effectively slowing down the speed of light to just 2 meters per second. This slicing technique—akin to a hyper-precise panoramic photo—allowed scientists to simulate how light from different parts of a fast-moving object reaches a camera at different times. The result: images of cubes appearing twisted and spheres whose poles shift positions. This experiment not only visualizes a concept once confined to equations and thought experiments but also opens new pathways for exploring the effects of relativity in a lab setting. It’s a vivid reminder that even light, when slowed and reassembled, can reshape our perception of the universe. #light #speedOfLight #science #scrolllink