When we think of game-changing tech, our minds jump to AI, quantum computing, or maybe EVs. But one critical enabler often flies under the radar: data center cooling.

Surface computing technologies offer a revolutionary approach to human-computer interaction by using natural user interfaces for direct manipulation of digital content through touch and gestures.

Long-range wireless charging enables devices to charge several feet or meters using radio frequency (RF) systems and resonant inductive coupling. This technology offers convenience by eliminating cables, enhances safety, and reduces clutter.

Displays have come a long way since the last century, from enormous screen sizes that only showcased pictures to small screens that interact with users. The functionalities of displays have evolved considerably, and recent technological advancements are driving innovation at a massive speed.

High-performance computing (HPC), characterized by its capacity to analyze data and perform complex computations at remarkable speeds, is at the forefront of technological innovation. According to a recent report by The Business Research Company, the HPC market is experiencing strong growth:

ChatGPT has everyone talking, but the wider impact of artificial intelligence (AI) will expand far beyond any one tool, function, company, or industry. Market research analysts have calculated the market potential for AI across various industries, and the growth rates are astonishing. The global market for AI is expected to increase by hundreds of billions of dollars in just a few short years.

Metaverse is one of the trending technologies potentially transforming the next version of the internet and digital platforms.

The thin-film-transistor liquid-crystal displays (TFT-LCDs) market expanded alongside the growth in the television and smartphones segment and acquired the most significant market share in the global display materials market.

The semiconductor chip shortage is all over the media in recent days, and the headlines are not exactly reassuring.

They say bigger is better, right? When it comes to paychecks, road signs and (in our humble opinion) bathrooms, the maxim rings true. But what about science? Big science—a term coined in the 1960s by physicist Alvin Weinberg to describe large-scale scientific projects intended to solve the world's biggest issues—offers the scientific community and society at large many benefits.