Researchers at Purdue University have made a groundbreaking discovery in the field of thermal radiation, uncovering a new method for generating spinning thermal radiation in a controlled and efficient manner using artificially structured surfaces, known as metasurfaces.

It is notoriously hard to make predictions in technology. Nevertheless, here goes my thoughts on the technology stories I expect will be prominent in 2023.

Ultra-low-power wireless chip equips wearables and Metaverse devices with all-day, real-time AI

Purdue University has announced that the Scalable Asymmetric Lifecycle Engagement (SCALE) microelectronics workforce development program will extend five years and expand with additional Department of Defense (DOD) funding of $10.8 million and a ceiling of $99 million.

Ixana, the wearable hardware company developing high-speed human-computer interfaces, today announced it has closed $3 million in seed funding and is backed by Uncorrelated Ventures, Samsung Next, Evonexus, Paradigm Shift and Hack VC.

A previously unknown Seattle startup, founded by semiconductor and technology industry veterans, says it has developed an energy-efficient chip capable of running advanced AI applications on lightweight, wireless augmented reality headsets that will operate all day without recharging.

I have always had a passion for science education. It was instilled in me from childhood and the people who excelled where I am from in India were science majors.

The transistor was invented 75 years ago, and the integrated circuit soon thereafter. The progress in making transistors smaller also led to them becoming cheaper, which was famously noted as Moore’s law.

A key objective of electronics engineering studies focusing on radio communication is the development of increasingly smaller, lighter, and low-power radio components.

Indiana is developing its engineering-rich, high-tech talent base to position the state as a leader in the country’s growing microelectronics manufacturing industry.