Data Centers

The transition from the 'racetrack' geometry of micro-cavities to the 'highway' geometry of fibers represents a fundamental shift in the scalability of quantum networking. In a groundbreaking collaborative effort between the Max Planck Institute for the Science of Light and Leibniz University

State regulators are shifting their focus to the cumulative effects of technology campuses on Wisconsin’s water quality and the overall health of the local environment. This transition follows a landmark legal settlement that addresses the rapid expansion of massive infrastructure projects, most

Property underwriters are increasingly concerned with the fire risks posed by dense battery arrays and advanced liquid cooling systems required to keep AI servers from overheating. This anxiety stems from a massive influx of capital into artificial intelligence infrastructure, which is projected to

Billion-dollar investments from corporations like Microsoft and Meta are frequently shielded by nondisclosure agreements that prioritize corporate competition over public accountability. In Wisconsin, the rapid proliferation of artificial intelligence infrastructure has turned the state into a

Vicor Corporation has seen its stock value surge by sixty-seven percent this year due to its dominance in vertical power delivery solutions for high-performance AI processors. This remarkable financial performance serves as a bellwether for a much larger transformation currently reshaping the

Vladislav Zaimov brings decades of hands-on experience in telecommunications infrastructure and the risk management of vulnerable networks. As high-density AI workloads become the standard in modern facilities, he offers a unique perspective on how the physical layers of our data centers are being