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Friday, August 21, 2026
Today we cover a massive new chip facility in Boise, rising legal stakes for device security at the border, and an unprecedented map of our cosmos.
3 minute read
Micron plans to construct a massive R&D center focused on next-generation memory and artificial intelligence technologies. This long-term project aims to bring crucial semiconductor innovation back to the United States. It marks one of the largest domestic research investments in the chipmaker's history.
5 minute read
An engineer successfully ported a 1990s version of Adobe Photoshop to run on an extremely inexpensive microcontroller. The project required creative memory management and code optimization to bypass the severe hardware limitations. It shows how much computing power is packed into modern, low-cost silicon.
6 minute read
Federal prosecutors have charged an individual with a felony after he remotely wiped his smartphone while it was held by border patrol agents. The case highlights the escalating legal risks of trying to protect personal privacy during international travel. It also signals a more aggressive stance by US authorities on device searches at entry points.
8 minute read
In the 1980s, Japan came close to standardizing global electronics on a native, open-source real-time operating system called TRON. Fearing Japanese dominance in computing, the United States government threatened trade sanctions, which forced computer makers to abandon the project. This historical intervention paved the way for Windows to dominate the personal computer market.
4 minute read
Researchers have compiled observations of over a billion galaxies to create an unprecedented 2D map of the night sky. The project serves as a foundation for upcoming 3D surveys that aim to solve mysteries surrounding dark energy and cosmic expansion. It represents a massive collaborative effort spanning multiple observatories worldwide.
7 minute read
An analysis of data from the Hubble Space Telescope reveals that its radiation-induced pixel damage is out of sync with solar activity cycles. Scientists discovered a substantial lag between peak solar emissions and the actual degradation of the telescope's sensors. Understanding this delay is essential for predicting the lifespan of future orbital observatories.
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