Current Affairs - Technology

The ABHED lightweight bulletproof jackets were developed through a collaboration between the Defence Research & Development Organisation (DRDO) and IIT Delhi. This innovative project utilizes advanced materials such as polymers and indigenous boron carbide ceramics to enhance ballistic protection. The development of these jackets represents a significant advancement in personal protective equipment for defence personnel, reflecting a commitment to leveraging indigenous technology and research capabilities. This partnership underscores the vital role of academic institutions in supporting defence initiatives and improving soldier safety.

AIIMS Delhi has collaborated with Intuitive to set up a da Vinci robotic-assisted surgery training centre that focuses on multidisciplinary surgical training. This centre will provide advanced training in robotic surgery techniques for surgeons and care teams, covering specialities like urology, gynaecology, and general surgery. Led by Director Dr Srinivas and Professor DR. V K Bansal from the Department of Surgery, this initiative underscores AIIMS Delhi's commitment to innovative medical education and healthcare excellence ¹. The partnership aims to enhance the skills of medical professionals, ultimately benefiting patients through improved surgical outcomes.

India is set to establish its first national security semiconductor fabrication plant in collaboration with the United States. The project, named 'Shakti', will produce military-grade chips and components for telecommunications, focusing on advanced sensing, communication, and power electronics. This initiative marks a crucial step in strengthening India-U.S. relations and aims to enhance the semiconductor supply chain, a strategic move for India's technological and defence capabilities.

The Square Kilometer Array (SKA) project involves constructing the world's largest radio telescope, with two main components: SKA-Low and SKA-Mid. SKA-Low will be located in Australia and will operate at low frequencies, ranging from 50 to 350 MHz. This component comprises a network of 131,072 antennas, forming a highly sensitive radio array. The location in Australia was chosen for its remote and radio-quiet environment, ideal for sensitive astronomical observations. This will enable scientists to study the universe in unprecedented detail, addressing fundamental questions about its origins, evolution, and mysteries.

The Union Cabinet has approved the development of the Next Generation Launch Vehicle (NGLV) to bolster India's space capabilities. With a payload capacity of 30 tons to Low Earth Orbit and features for reusability, the NGLV aims to support national and commercial missions, including human spaceflight to the Bharatiya Antariksh Station and lunar exploration. The initiative is backed by an allocation of ₹8240 crore, reflecting India's commitment to advancing its space exploration and technology.