Tata Electronics is rapidly expanding its semiconductor and electronics manufacturing operations. The company has achieved significant reve...

Japan's government is injecting more funds into chipmaker Rapidus. This significant financial boost aims to accelerate the development of a...

To succeed in semiconductors, India needs to cultivate a distinct semiconductor identity—one that combines world-class design talent with p...

The funding round was led by Mirae Asset Financial Group and the Korea National Growth Fund, giving the company a valuation of about $2.34 ...

Union Minister for Electronics and IT Ashwini Vaishnaw announced on Friday that four companies will commence commercial manufacturing of se...

The Kirin 9030, the chip that powers Huawei Technologies' latest flagship Mate 80 series handset, has been manufactured by China's top foun...

The Santa Clara-headquartered company with $5.5 billion revenue has three R&D centres in India and is looking to double its capacity at its...

The capital expenditure, by the Ministry of Electronics and IT, will come from the government’s $10 billion semiconductor incentive package...

The agency looks to build an additional fab at SCL, its Chandigarh chip making facility.

Taking a leaf from nature's book, a team from IIT Mandi has developed a material that can harvest water from fog.

Washington, April 12 (IANS) An international team led by Chinese scientists has revealed the wing colour of a 200 million-year-old insect v...

A nanosize squeeze can significantly boost the performance of platinum catalysts that help generate energy in fuel cells, according to scie...

Washington, Oct 7 (IANS) A research team led by US Department of Energy's Lawrence Berkeley National Laboratory has created the world's sma...

The method yields functional structures at a scale large enough to begin thinking about real-world applications.

Nanometre-scale structures of almost any shape, using strands of DNA. These particles must be designed by hand, in a complex process.

The finished lens is 6.3 nanometres in size as compared to the previous smallest lens which was 50 nanometres thick.

Stanford engineers have inched closer to developing faster and more efficient computers that use light instead of wires to carry data.