Lays foundation stone and dedicates to nation projects worth around Rs 4400 crores in Gujarat at Gandhinagar

The Prime Minister, Shri Narendra Modi laid the foundation stone and dedicated to the nation, projects worth around Rs 4400 crores in Gandhinagar, Gujarat today. The projects include laying the foundation stone and inaugurating development projects worth over Rs 2450 crores such as Urban Development Department, Water Supply Department, Road and Transport Department and Mines and Minerals Department. The Prime Minister also inaugurated and laid the foundation stone of PMAY (rural and urban) projects worth around Rs 1950 crores and participated in Gruh Pravesh of around 19,000 houses built under…

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728 Railway Stations across States and UTs covered under One Station One Product

Ministry of Railways has launched ‘One Station One Product’ (OSOP) scheme over Indian Railways with objectives to promote ‘Vocal for Local’ vision of the Government of India, provide a market for local/indigenous products and create additional income opportunities for the marginalised sections of society. Under the scheme, OSOP outlets at railway stations are allotted for showcasing, selling and giving high visibility to indigenous /local products. The pilot of the scheme was started on 25.03.2022 and as on 01.05.2023, 728 stations are covered with 785 OSOP outlets in 21 States and…

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Professor Jayant Vishnu Narlikar gets first ASI Govind Swarup Lifetime Achievement Award

The most befitting recipient of the very first ASI Govind Swarup Lifetime Achievement award is Prof. Jayant V. Narlikar, an astronomer par-excellence, the founding director of IUCAA, Pune and also a past President of the ASI. Though the award was announced earlier this year at the 41st meeting of the ASI held at IIT Indore, Prof. Narlikar was unable to travel to receive it. The President of the ASI, Prof. Dipankar Banerjee, was in Pune to personally hand over the award to Prof. Narlikar and felicitate him.     On…

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A new photonic memory developed with multilevel capability for optoelectronic data storage applications

A new photonic, functional memory based on tin oxide slanted nanorod arrays in which both the optical and electrical stimuli can be used to modulate switching characteristics shows potential for developing high-density and high-efficiency computing systems.   Currently, various research groups worldwide are designing and realizing non-volatile, ultrafast, reliable, functional memory systems that outperform traditional silicon-based flash memories. In this big data era, a new class of data storage devices that can overcome the physical limitations of the existing memory technologies is being pursued vigorously. One such class of memories…

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