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433120
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https://ducttapemarketing.com/ai-ethics-in-marketing/
Listen to the episode:. In this episode of the Duct Tape Marketing Podcast, host John Jantsch welcomes Paul Chaney, a veteran digital marketer and publisher of the AI Marketing Ethics Digest. As artificial intelligence becomes central to marketing, Paul makes the case for why ethics and strategy must lead the conversation—not just the latest tools.
432951
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https://news.umich.edu/can-we-mine-enough-copper-to-develop-the-world/
The world can mine copper to fuel the green energy transition or it can mine copper to build the infrastructure of developing countries—but it will be extraordinarily difficult to do both, according to a University of Michigan study. The research, co-led by Adam Simon, U-M professor of earth and environmental sciences, found that the copper needed even just to sustain typical economic and population growth far exceeds the amount of copper currently mined.
432967
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https://www.ibm.com/quantum/blog/lockheed-martin-sqd
In a new paper published in The Journal of Chemical Theory and Computation, researchers from IBM Quantum® and Lockheed Martin demonstrate how a quantum computer can help accurately model the electronic structure of certain molecules. These so-called, "open-shell" molecules contain one or more...
432988
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https://www.coinspeaker.com/fifa-to-build-evm-blockchain-with-avalanche/
FIFA is working with Avalanche to build its own EVM blockchain to host future digital products. FIFA Collect will move from Algorand and Polygon to the new Avalanche-backed chain. Recent upgrades and growth on Avalanche have made it a good choice for FIFA's new blockchain. The world football governing body, FIFA, is building an EVM blockchain.
433129
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https://www.nature.com/articles/s41467-025-60050-7?code=c4c2a548-707b-4ccd-9459-f985633d4118&error=cookies_not_supported
Multidimensional analysis for phase transitions of MoOx
The phase transition of MoO3 is governed by the electric field and proton flux QH (QH=∫ jH/qdt = ∫SHdt, with SH being the flux density, q being the elementary charge, and t being the time) within a MoO3-electrolyte-electrode configuration...
The phase transition of MoO3 is governed by the electric field and proton flux QH (QH=∫ jH/qdt = ∫SHdt, with SH being the flux density, q being the elementary charge, and t being the time) within a MoO3-electrolyte-electrode configuration...
