India’s ambitious moon mission, Chandrayaan 3, was launched from Earth on July 14. On August 23, it is anticipated to settle on the moon.

On Tuesday, the Indian Space Research Organization’s high-profile lunar mission, Chandrayaan-3, completed its loops around the Earth and proceeded closer to the Moon. The mission’s goal is to land softly on the Moon’s surface, as a follow-up to the 2019 project Chandrayaan-2, which failed to accomplish the necessary soft landing.

The spacecraft is made up of an indigenous propulsion module, a lander module, and a rover, with the goal of “developing and demonstrating new technologies required for interplanetary missions,” according to the ISRO. The propulsion system’s goal is to transport the lander module from the launch vehicle’s injection orbit to the lander’s separation. The ISRO mission was characterized as “carrying Lander Module and Rover upto 100 km lunar orbit.” Following that, the experimental payload will be operational for 3 to 6 months.” The propulsion module will remain in lunar orbit and serve as a communication point.

Vikram Lander’s Role:

The names of the lander and rover were derived from the previous mission, Chandrayaan-2. The lander is named after Dr Vikram A Sarabhai, the founding father of India’s space program. It is planned to operate for one lunar day, which is 14 days on Earth, and is equipped with a multitude of sensors to guarantee a safe landing. It weights around 1,749 kg with the rover. It is designed with side-mounted solar panels that can generate 738 W of electricity and will be investigating the lunar south pole.

Apple will deploy a new technology in the display of the Phone 15 Pro and Pro Max versions to build the company’s ‘dream iphone’ that is really all-screen. Apple may release the new iPhone model in September of this year.

According to Bloomberg’s Mark Gunman, Apple has been trying for years to develop an iPhone without display borders or cutouts for cameras and sensors.

According to the source, Apple has been attempting to increase the display size since the release of the iPhone X in 2017, and in subsequent revisions, the firm has worked on lowering the notch size, finally replacing it with the Dynamic Island design last year.

Apple’s new LIPO technology:
Apple is reportedly likely to deploy a new technology known as ‘low-injection pressure over-molding’ or ‘LIPO’ to reduce the border size of the iPhone 15 Pro and iPhone 15 Pro Max models from 2.2 millimetres to 1.5 millimetres. The method was initially employed in the Apple Watch Series 7 to improve display size and make borders smaller, and it is likely to ultimately find its way to iPad tablets.

According to a previous rumor by MacRumors, the Apple iPhone 15 Pro and iPhone 15 Pro Max handsets would have a titanium frame, solid-state buttons with haptic feedback, and higher RAM. A USB-C connector, a customisable Action button, a speedier A17 Bionic chip, Wi-Fi 6E capability, and an improved Ultra Wideband chip are all rumored for the Pro variants.

According to the Gunman report, all four iPhone models are projected to become more expensive in the United States. Previously, MacRumors speculated that the Apple iPhone 15 Pro might be $100 more expensive than the iPhone 14 Pro, while the iPhone 15 Pro Max could be $100 to $200 more expensive than the iPhone 14 Pro Max.