VP

Wow Kai

41 G/A in 60 international games for Kai Havertz! 🇩🇪

Finish the world cup with 2 goals and uninjured. Mange minutes till december and he will have a superb a 2nd of next season like 23/24. He is going to bang and i will be there

🚨 JUST IN Several US Senators have opposed proposed changes to India’s Foreign Contribution Regulation Act (FCRA). — Modi Govt had moved to prevent foreign funding to Missionaries coercing conversions in India 🇮🇳

🥶

This Boy is called the Justin Bieber of China 🇨🇳. Chinese people voted this Boy as the Most Handsome Chinese ever.

Andrea Berta is planting some seeds.

Bouaddi or Lewis Skelly?

Just have to accept Liverpool have more pull than us. They are going to beat us to both Barcola & Bouaddi. They are going to be nuts ffs.

Chinese high caste Shi whipping a low caste Gong from behind to force him to plough the field. They say China is living in future while using the Gongs as human oxen 😢

🚨 MASSIVE: DRDO Cracks One of the World's Toughest Jet Engine Technologies, Develops Single Crystal Blade Tech DRDO has successfully developed and perfected Single Crystal Turbine Blade technology, an achievement that places India among a small group of nations capable of producing one of the most sophisticated components used in modern jet engines. At first glance, a turbine blade may appear to be just another metal component. In reality, it operates in one of the harshest environments known to engineering. Inside a fighter jet engine, these blades must withstand temperatures exceeding 1,500°C while spinning at tens of thousands of revolutions per minute. Even the smallest structural weakness can lead to catastrophic failure. That is where single crystal technology becomes crucial. Unlike conventional metal components, which are made up of multiple grains separated by microscopic boundaries, a single crystal blade is manufactured as one continuous crystal structure. The absence of grain boundaries eliminates weak points, allowing the blade to endure extreme heat, pressure, and mechanical stress that would destroy ordinary materials. Developing such blades is considered one of the most difficult tasks in aerospace engineering. The manufacturing process requires extraordinary precision, from casting the crystal structure to machining cooling channels and achieving the final surface finish. A minor defect at any stage can render the entire component unusable. Recognizing the maturity of the technology, DRDO has now invited private-sector companies to participate in its industrialization and large-scale production. The goal is not merely to manufacture the blades but also to obtain airworthiness certification, ensuring they meet the demanding standards required for operational aircraft engines. The breakthrough carries major strategic implications. It strengthens India's ambitions to develop indigenous aero-engines, including future variants of the Kaveri engine, next-generation fighter jet engines, helicopter engines, and advanced gas turbines. Most importantly, it reduces India's dependence on foreign suppliers for one of the most sensitive technologies in the aerospace sector. For years, aero-engines remained one of the few areas where India lagged behind the world's leading military powers. With the successful development of single crystal turbine blade technology, that gap has become significantly smaller. What was once an exclusive capability of a handful of nations is now firmly within India's grasp.