Digital Twin

9 reports
Digital Twin is a computing technology built from algorithms, software systems, data structures, interfaces, and operational constraints. Performance is judged through network protocol, security model, and software stack, distinguishing laboratory demonstrations from reliable use outside controlled settings.

Reporting makes sense of Digital Twin by comparing deployment constraints; system architecture; and protocols and interfaces. For questions involving system architecture, the account uses independent implementation as the measured record and benchmarks to expose uncertainty; confidence is limited by the fact that results can depend on workload, hardware, configuration, and threat model.

Tactus AI Unveils Elsie Robot for Clinical Lab Automation

Tactus AI has introduced Elsie, a two-armed humanoid robot designed to automate hands-on clinical laboratory tasks using existing instruments and validated procedures, aiming to address staffing shortages without major infrastructure changes

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Meta and BlackRock to Build $14 Billion AI Data Center in Texas

Meta Platforms and BlackRock have agreed to jointly develop a large-scale data center campus in El Paso, Texas, designed to support Meta's artificial intelligence infrastructure. The project is expected to deliver 1 gigawatt of computing capacity by 2028

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Rescale to Integrate Agentic AI with US Lab Simulation Tools

Rescale has secured US Department of Energy funding to embed agentic AI into advanced simulation codes, aiming to make national laboratory-developed modeling tools more accessible to manufacturers and engineering teams

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Digital DNA Robots Proposed to Simulate Identity After Death

A US-based project proposes using quantum-powered humanoid robots to simulate a person's identity after death by transferring their digital DNA, but the claims await independent verification and raise major technical and ethical questions

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Digital Twin Simulates France's First Neutral-Atom Quantum Platform

QPerfect and the University of Strasbourg are collaborating to create a hardware-accurate digital twin of a neutral-atom quantum processor, aiming to support research and development on France's first public neutral-atom quantum computing platform

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Pratt & Whitney Advances Valox 1500 Engine for Autonomous Aircraft

Pratt & Whitney has completed a digital design review of its Valox 1500 engine, a propulsion system intended for autonomous military aircraft, moving the program closer to ground testing and raising questions about cost, mission life, and rapid development

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LED Streetlights Are Worsening Light Pollution Despite Efficiency Gains

Cities worldwide have rapidly adopted LED streetlighting for energy savings, but poor deployment and lack of digital controls have increased light pollution, undermining both environmental and public health benefits

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GE Aerospace GEnx-1B Engine Logs 50 Million Flight Hours Milestone

GE Aerospace reports its GEnx-1B engine, used on Boeing 787 Dreamliners, has surpassed 50 million flight hours with a developer-claimed 99.98% dispatch reliability, raising questions about real-world performance and operational limits

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Open CSP Tower Data Set Aims to Advance Solar Thermal Research

A new open-access database from German researchers provides detailed operational data from a solar power tower facility, aiming to accelerate research on concentrated solar power and improve the technology's efficiency and deployment

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