Lucknow-bound flight makes emergency landing minutes after takeoff from Bengaluru
Bengaluru (PTI): A Lucknow-bound AIX Connect flight from Bengaluru made an emergency landing at the Kempegowda International Airport here 10 minutes after its takeoff due to a technical issue on Saturday, Air Asia authorities said.
According to information received, the flight i5-2472 took off at about 6.45 AM on Saturday and was supposed to land by 9 AM in Lucknow.
However, it was grounded minutes after the takeoff.
"AIX Connect confirms that i5-2472, scheduled to operate from Bengaluru to Lucknow, encountered a minor technical issue and elected to return to Bengaluru," the AIX Connect spokesperson said.
"Alternative arrangements have been made for impacted guests and we are taking steps to minimise impact on other scheduled operations," the spokesperson added.
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China tests new Hydrogen bomb without nuclear fusion
Beijing: China has reportedly tested a new kind of explosive device that uses hydrogen but does not involve any nuclear materials. This new weapon was developed by the China State Shipbuilding Corporation (CSSC). It works differently from traditional hydrogen bombs, which rely on nuclear fusion. Instead, this device uses a chemical reaction with a substance called magnesium hydride. The explosion creates a powerful fireball that gives off extreme heat for a longer time, reported Economic Times.
The explosive weighs only 2 kilograms and uses a unique method to create a powerful blast. Magnesium hydride, which stores hydrogen at high densities, breaks down quickly when triggered by a normal explosive. This releases hydrogen gas, which then mixes with air and catches fire. The result is a fireball with temperatures above 1,000°C much hotter than regular explosives like TNT.
Quoting Wang Xuefeng, a top scientist at the China State Shipbuilding Corporation (CSSC), The Economic Times reported that hydrogen explosions require very little energy to ignite and can spread rapidly. Wang explained that such fires possess the intensity to burn through strong materials, including aluminium alloys. Due to its precision and destructive power, the device could be highly effective in targeted military strikes.
During a field test, the explosive showed a peak pressure of 428.43 kilopascals at a distance of two meters. This is around 40% of the pressure made by TNT. But the real strength of this device lies in the heat it produces. While most explosives create a quick shockwave, this one keeps burning at very high temperatures for more than two seconds.
This long-lasting heat could make the explosive useful for hitting specific military targets, such as power plants or communication centers. It could also be used to block enemy forces by burning roads or transport routes, making them unusable.
