For decades the technology industry has chased the dream of true three dimensional viewing without the burden of clunky accessories. Samsung Electronics recently achieved this coveted milestone through a groundbreaking partnership with the POSTECH Nanoscale Photonics and Integrated Manufacturing Laboratory. Their collaborative research, recently published in the prestigious journal Nature, details a magnificent new display system. By integrating advanced optical science directly onto standard organic light emitting diode panels, engineers have created a screen that seamlessly transitions between standard two dimensional images and immersive three dimensional depth. Unlike previous commercial attempts that relied on fixed lenticular arrays or parallax barriers, this specific innovation uses a dynamically adjustable meta optical layer. This means users no longer have to compromise on resolution or brightness when consuming everyday content. The sheer brilliance of this accomplishment lies in its elegant simplicity for the end user, masking an incredibly sophisticated matrix of voltage controlled light manipulation happening behind the glass.

The current CPUs have tens of cores, and each core has to fight to run thousands of tasks effectively. Over the years, Linux has been using general purpose schedulers which provide fairness and throughput but at large scale services reveal their flaws. In 2025, Meta announced that it had switched to a surprisingly simple solution, which is a Linux scheduling method first created by Valve on the Steam Deck. By borrowing ideas from handheld gaming, Meta found a practical way to untangle messy CPU scheduling in its server fleet。

Even though remote collaboration has become the standard of the day, online meetings are still fragmented, chaotic, or dull. Be it international teams you manage or virtual classes you take, the appropriate AI-enabled solutions can make any call efficient, engaging, and action-packed. The five exceptional tools listed below provide tangible functions, none of the puffery, none of the nebulous benefits, just practical improvement that you can implement right now.

Upon receiving the iPhone 17 Pro in my hands, I thought that the update will be usual and gradual. Having had my iPhone 15 Pro over a period of two years, I was about to expect a disappointment. However, after just 48 hours of use, I realized why Apple says that it is their greatest design in years. Here are five concrete reasons that made me genuinely grateful for the upgrade.

When OpenAI published Sora, it became one of the most sophisticated generative video systems to be released ever. In contrast to previous systems that used to make short clips, which were sporadic and alike, Sora was able to create sensible, high-resolution videos, even with just a few words of input text, and even usually imitating natural movement, light, and camera action. It was a big step forward of the motionless image generators allowing the users to make scenes that were similar to professionally edited videos. Such an ability aroused interest among creators, developers, and media companies, all of which wanted to know how AI would transform storytelling and the creation of content.

This has been made possible by modern vehicles that utilize warning lights to break down complicated mechanical systems to simple visual interpretations by the driver. The most misinterpreted of them are the “Maintenance Required” and “Check Engine”. They are confused by many drivers as similar alerts with the meaning that something is wrong, however, they are diverse in purpose, functioning, urgency, and risk. Knowledge of the difference is not only the technical knowledge, but it has a direct influence on the engine life, costs of repair, and safety on the road.