#semiconductor

[lordmartiya]

Debunking the Biggest ‘Success’ Story of Trump’s Tariffs

The real reason Taiwan Semiconductor Manufacturing is investing in US fabs when the economics would make it extremely expensive and unprofitable compared to just expanding the ones they already have in Taiwan. Hints: it's despite the tariffs, and more because Trump is THAT unreliable.

[mediatekinc]

MWC 2026: MediaTek Redefines Smart Technology with AI

MediaTek brings AI-driven innovation to the spotlight at MWC Barcelona 2026, showing how intelligent chipsets enhance performance across smartphones, XR devices, and connected ecosystems. The IQ Era is about meaningful intelligence—faster decision-making, smoother visuals, and better efficiency. MediaTek’s approach ensures advanced features feel natural and useful, helping users enjoy smarter experiences without added complexity.

[affairsmastery]

The US updated its Taiwan factsheet, removing the phrase "we do not support Taiwan independence" while endorsing Taiwan’s global participation. This shift drew support from Taiwan but strong opposition from China. The Taiwan Relations Act (1979) continues to strengthen US-Taiwan ties through trade, cultural exchange, and defensive arms sales, despite Beijing’s objections.

Taiwan holds immense geopolitical importance, as the Taiwan Strait is a crucial global shipping route, and the island produces over 60% of the world's semiconductors and 90% of advanced chips, making it vital to the global tech industry. China insists on the "One China Policy," viewing Taiwan as an inseparable part of its territory, while Taiwan operates as a self-governing democracy. India also recognizes the One China Policy and, in 2003, acknowledged Tibet as part of China in a joint declaration.

[wikipediapictures]

Quantum computing

[mistresshailey001]

Am gonna re-hydrate right now then

[icgoodfind-ic-mall]

Mount the circuit board onto the machine

[vbsemi-mosfet]

From today to the future VBsemi stands by your side 🌕✨ Partners united hearts connected 💫 Join us and let's innovate together 🚀 #VBsemi #TechInnovation #MOSFET #SmartHome #FutureTech

[nanotechnologyworld]

Quantum properties in atom-thick semiconductors offer new way to detect electrical signals in cells

This technology has a variety of potential applications. It could enable researchers to map network dysfunctions across large areas of ex...

This technology has a variety of potential applications. It could enable researchers to map network dysfunctions across large areas of excitable tissue, from the surface down to deeper layers. It could provide insights into the mechanisms underlying neurological and cardiac disorders, offering a clearer picture of how diseases disrupt the body’s electrical circuits. It may also refine therapeutic strategies that rely on electrical neuromodulation, such as deep brain stimulation for Parkinson’s disease or cardiac pacing for arrhythmias.