Tech
Rocket to crash into the moon: Research says Chinese rocket, not SpaceX, Foreign Ministry denies claim
An astronomer by the name of Bill Gray earlier predicted that a rocket will crash into the far side of the moon on March 4.
An astronomer by the name of Bill Gray earlier predicted that a rocket will crash into the far side of the moon on March 4. Initially, the fingers were pointed towards SpaceX. However, now it is believed that it is an old Chinese rocket instead.
China, on the other hand, has denied this theory. China’s spokesperson Wang Wenbin, in his regular press briefing, said that Beijing conscientiously upholds the long-term sustainability of activities in outer space. The rocket in question had safely reached the Earth’s atmosphere and was entirely destroyed, according to China’s foreign ministry.
Bill Gray said that his team now has good evidence that it is actually 2014-065B, the booster for the Chang’e 5-T1 lunar mission. It will, however, still hit the moon within a few kilometres of the predicted spot on March 4, 2022, at 12:25 UTC, within a few seconds of the predicted time. He added that the preceding candidate launch was the Chang’e 5-T1 mission, launched at 18:00 UTC on October 23, 2014. Its booster was never seen.
Vishnu Reddy, who is a part of the research team was asked how he and his team arrived at this conclusion. He said that they took a spectrum that can reveal the material make-up of the object and compared it with Chinese and SpaceX rockets of similar types, The conclusion pointed towards the Chinese rocket.
Reddy also said he and his team members, including students Grace Halferty, Adam Battle and Tanner Campbell, found what appears to be “the best match, and the best possible evidence at this point.
A dead rocket landing on the Moon is unquestionably more environmentally favourable than being spread across Earth’s upper atmosphere as metal oxide particles during a re-entry burn up. Since the Moon lacks an atmosphere to protect it from space debris, it is constantly acquiring naturally occurring impact craters.
Tech
Apple fever grips New Delhi, Mumbai as customers line up at stores for latest model
Apple iPhone 15 had gone on pre order in India on September 15. The Company will start shipping the pre orders in India from today. There is a long queue of customers outside the Apple stores in New Delhi’s Saket and Mumbai’s BKC.
Apple’s much awaited iPhone 15 series went on sale in India on Friday, September 22 at 8am. The newest edition of the flagship phone series has finally landed in Indian stores for direct purchase. The phone was available for pre-order in several countries over the last week. The i Phone 15 series is available on Apple’s website and physical stores .
Apple iPhone 15 had gone on pre order in India on September 15. The Company will start shipping the pre orders in India from today. There is a long queue of customers outside the Apple stores in New Delhi’s Saket and Mumbai’s BKC. Customers rushed to the Apple stores across the two cities to get a feel of the new series. The lucky ones managed to purchase their new iPhone 15. The craze for the much awaited i Phone in Apple’s performance in the country.
Apple’s strong performance in India is due to a significant increase in the company’s production of the iPhone Series. The production is facilitated by its contract manufacturers Pegatron, Wistron and Foxconn. The sale of the iPhone 15 series has already begun today across 40 nations. Apple fans in Vietnam, Turkey, Malaysia, Macao and 17 other nations will have to be patient buy the new iphone 15. As the iPhone wiil start sale in these countries on September 29.
iPhone 15: Features and prices
Apple’s flagship product comes in four versions iPhone 15Pro Max, iPhone 15 Pro, iPhone 15 plus, and iPhone 15. iPhone 15 ProMax is available in 3 storage capacities of 512 GB, 256GB, 128GB. The iPhone 15 Pro(128Gb) begins at Rs 1,34,900 while iPhone 15 ProMax with 256 GB will start at Rs1,59,900. iPhone 15 plus begins at Rs 89,900. The 128GB base storage will start from Rs 79,900. The series is available in five colours black, blue, green, yellow and pink.
Tech
Realme C51 smartphone with 50MP camera launched, Checkout features here
The Realme C51 lacks 5G, though it comes with loads of useful features to attract a wide range of customers.
Realme C51 is priced under Rs 10,000. The smartphone features 6.7 inch IPS LCD panel with a 90Hz refresh rate and 33W fast charging. The company is also boasting the phone’s sleek design (7.99mm), which is fairly uncommon among competitors in this range. Realme is already selling Realme C55 and Realme C53 in India under the sub Rs 15000 category.
The Realme C51 lacks 5G, though it comes with loads of useful features to attract a wide range of customers. It sports a 90Hz 6.74 inch display with a screen to body ratio 90.3 percent and upto 560 nits brightness. Additionally it comes with the mini capsule feature which was first introduced in the Realme C55. It functions similarly to Apple’s Dynamic Island notch that changes size based on notifications.
The Realme C51 draws power from an octa-core Unisoc T612 Soc and a 5000 mAh battery. It includes a 50 megapixel primary AI camera. The camera app offers features such as portrait mode, beauty mode, Bokeh effect control, Filters, Face recognition and HDR. The Realme C51 also has a 5MP selfie camera with F/1.8 aperture and 5P lens.
Realme C53 also debuted in India recently. It features a 108 megapixel camera and it costs Rs 11000. The base model comes with 4GB of RAM and 128 GB of storage and is priced at Rs 9,999. There is also a variant with 6GB of RAM and 64 GB of storage which is priced at Rs10,999. It draws power from Unisoc T612 Soc and a 5000mAh battery. On the software side, the Realme C53 runs on Realme UI T edition based on Android 13. Real me will soon refresh its Narzo series as well. It will launch Realme Narzo 60X 5G on September 6. The company may also launch some more products.
India News
Aditya L1 mission: Countdown for ISRO’s Solar mission starts today; check launch time and key objectives
ISRO Chief S Somanath said the space agency was preparing for the launch and the countdown for Aditya L1 will begin today.
After the groundbreaking success of India’s moon mission, Chandrayaan-3, ISRO is gearing up for another mission but this time to the Sun. The India Space Research Organisation (ISRO) is set to launch its first space-based solar mission Aditya L1 on Friday. The launch is scheduled to take place on September 2 at 11:50 a.m. from the Sriharikota spaceport in Andhra Pradesh.
ISRO Chief S Somanath said the space agency was preparing for the launch and the countdown for Aditya L1 will begin today. He said that they were just getting ready for the launch. The rocket and satellite are ready and they have completed the rehearsal for the launch.
Adiya-L1 spacecraft will provide remote observations of the solar corona and in situ observations of the solar wind at L1, the Sun-Earth Lagrangian point. The L1 point is located about 1.5 million kilometers from the Earth.
Exceptionally, this will be India’s first space mission dedicated to observations of the Sun to be launched by the Bengaluru-headquartered space agency.
The ISRO team is ready for the launch, Somnath told the reporters. He said that the rocket, as well as the satellite, are ready with the launch also completed. The Indian space agency has commenced the mission’s countdown on Friday.
Aditya L1 will be placed in a halo orbit around the Lagrange point (L1) of the Sun-Earth system. A satellite that is placed in the halo orbit around the L1 point has the advantage of viewing the Sun continuously without any occultation/eclipses. This provides a greater advantage of observing solar activities and their effect on space weather in real time.
The location shall be a balancing point of the gravitational forces of the Sun and the Earth. The position where the two gravitational forces cancel out each other allows objects to stay at a fixed position, helping in the reduction of the use of fuel by the spacecraft.
The first Indian space mission to study the sun will carry payloads expected to provide crucial information to understand the problem of coronal heating, coronal mass ejection, pre-flare and flare activities, and their characteristics, dynamics of space weather, propagation of particle and fields, etc.
