IEEE Spectrum’s Post

Very rapid development considering density, performance and also energy efficiency (performance/watt). Sure driving innovation and possibilities which were impractical or simply economically not realistic with legacy technologies.

Decoding the past https://lnkd.in/gTCHGssG

In order to harmonize the technologies of high data throughput and huge computational power, it needs multilingual metadata to manage/process the high volumes of data assets from multilingual and cross-sector data sources, unstructured and without unified framework. Do you or any contacts of yours need our expertise/IP, a copyrighted multilingual metadata, that can do what high technology, like AI, high-end chips, supercomputers, etc., can't do NOW? Thanks. Metadata is an enabler. Without metadata, NO data can be found/retrieved, even by the most advanced technologies, like AI, quantum computers, etc. https://lnkd.in/g-aJFnXR Due to its origin of weapon, AI has risks itself. European Parliament's AI Act has identified a practical list of high-risk AI applications, and EDUCATION is on the list. This Act has been approved by European Council 🇪🇺. 關於 AI 人工智能的一些事實 (Chinese version): https://lnkd.in/eeVbdcza Some fact findings about AI (English version): https://lnkd.in/gwcPNUPP

Big takeaway from Matthew Venn's talk on designing computer chips: Moore's Law is at an end, we've reached the limits of the laws of physics. At some point, your project may need a chip more powerful than one available if the shelf. At this point, you need to design your own custom silicon. And apparently, it's not that hard. Or expensive. And can be 100x more performant than a general chip. #WutheringBytes

Every computer needs Random Access Memory (or RAM) for an operating system’s temporary storage, and there’s many ways to achieve this need for memory speed. One of the leading methods is magnetoresistive memory, which is both ultrafast and non-volatile, meaning it retains data even if power supply is turned off. Now, a new discovery that analyzes how light interacts with magnets could make MRAM even better than ever before.

What's a computer for Blind 🧭 How do someone perceive a computer without vision ? A screen with no light which means its spatial They are interacting with a compute with a CPU and Mouse What value does a screen bring to the table for visually impaired ? Is it just an unnecessary weight we make them carry and Cost we make them pay How do they navigate a screen with mouse ? Are we trying to make them fit in to our work rather than designing a world suitable for them ? Do we have a Computing solution built grown up for visually impaired ? Do we need a solution which is built ground up for them ? Any thoughts ?:

The concept of computing can be a real head-scratcher. We hope to explain it in a way that makes it seem less nerve-wracking.

Worth a read: https://lnkd.in/edKGJVUp

Quantum Computing: What's the Next "Cat Video"? This video explores the unexpected applications of quantum computing beyond optimization and finance. Discover what might be the "killer app" that captures our imagination, much like classic cat videos do for the internet! Join us as we ponder the future of quantum tech. #QuantumComputing #FutureTechnology #TechInnovations #QuantumApplications #SurprisingOutcomes #TechDiscussion #DigitalRevolution #WhatIf #InnovationInsight #NextBigThing

"Quantum computers could be used to create new materials, they could be used to discover new medicines, they could be used for financial modeling. After a few conversations with folks working on quantum computing, the question I had was – well, what can’t a quantum computer do – eventually." Listen to the latest Colorado Public Radio episode to learn more on quantum computing. https://lnkd.in/g7QYxZSH Wendy Lea Brooks Johnson JB Holston #quantumcomputing #techhubs