In 540p-to-1080p comparisons, NSS improves stability and detail retention. It performs well in scenes with fast motion, ...

Lentiviral vectors (LVVs) have proven to be extremely versatile genetic delivery vehicles, gaining space as a gene transfer technology tool used both for cell and gene therapies. They are utilised for ...

The story of Google’s Tensor chipsets has been one full of compromise and slow improvements over time, but Google says that the Pixel 10’s Tensor G5 is its “biggest leap in performance yet.” Now that ...

In the past decade, adenovirus vectors have generated tremendous interest, especially in gene therapy applications. In the so-called ‘first generation’ adenovirus vectors, the transgenes are inserted ...

Tensors are the fundamental building blocks in deep learning and neural networks. But what exactly are tensors, and why are they so important? In this video, we break down the concept of tensors in ...

The Pixel 10 series is powered by the Tensor G5, Google’s biggest upgrade to its custom silicon. Google touts deeper customization, starting with how it’s manufactured by TSMC on the latest 3nm ...

Google has just announced the Pixel 10 series, and all four phones are powered by the Tensor G5 processor. Tensor chips have traditionally enabled a variety of great Pixel-only features, but have also ...

Google has introduced the Pixel 10 series, powered by the advanced Tensor G5 chip, emphasizing on-device AI and performance enhancements. The Tensor G5, built with TSMC, delivers a faster CPU and a ...

Tensor is the Pixel’s secret sauce, empowering the series with AI smarts you can’t find elsewhere and solid-enough performance and battery life to last the day. However, Google has been quieter than ...