A "superpowered" fungus engineered at The University of Queensland could be used to extract critical minerals from toxic ...

Abstract: The second generation of blockchain represented by smart contracts has been developing vigorously in recent years. However, frequent smart contract vulnerability incidents pose a serious ...

The banking giant maps out repayment strategies that could save cardholders thousands.

Abstract: This article presents a safety-critical control framework for navigation in complex environments with numerous obstacles. An online robust path planning scheme is developed by integrating ...

House Speaker Mike Johnson said he plans to move quickly to advance President Donald Trump’s signature voter ID legislation ...

Amazon provides 28% of the internet's cloud infrastructure with its AWS servers, and the company actively seeks new tech to ...

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Code Metal, the company that accelerates the path from code to metal with provable AI, today announced its acquisition of ...

The future of autonomous flight does not arrive in a single giant leap; it’s engineered incrementally, piece by piece, with ...

The University of Queensland (UQ) has engineered a ‘super-powered’ fungus, which could be used to extract critical minerals from toxic mining waste, while also helping to remediate sites.

"A growing coalition of Iowans from all walks of life are exhausted by the blame game and are ready for actionable solutions, ...