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Data Center Dynamics
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- 1Photonic quantum startup Quanfluence raises $10 million▼Photonic quantum startup Quanfluence raises $10m for full-stack architecture development
Quanfluence, a photonic quantum computing startup, has raised $10 million in funding to develop its full-stack architecture. The company is working on quantum computing systems that use photons rather than other physical platforms. The funding round was reported by Data Center Dynamics, and attention is focused on how the capital will accelerate the startup's hardware and software development efforts in a competitive quantum technology field.
- 2Data Center Fight Roils Small New York Factory Village▼Politics, secrets and big money: How data center angst upended a NY factory village
A New York factory village has been thrown into turmoil over plans for a large data center, with local politics, secret negotiations and big-money interests colliding, according to Syracuse.com. Residents' anger over the project has upended the community's usual dynamics, turning a small village into a flashpoint in the broader debate over data center development.
- 3Fed Minutes Show AI Boom Complicating Monetary Policy●Fed Minutes Reveal AI Boom Is Becoming a Monetary-Policy Problem The Federal Reserve's September meeting minutes show th
The Federal Reserve's September meeting minutes indicate that the AI infrastructure boom is increasingly affecting inflation dynamics, capital markets and internal debate over how high interest rates need to go. Policymakers discussed how massive investment in data centers and AI-related spending is shaping the economic outlook, making the AI buildout an explicit consideration in monetary-policy decisions.
- 4Oratomic raises $775m for fault-tolerant quantum computer●Oratomic raises $775m for development of fault-tolerant quantum computer
Quantum computing firm Oratomic has raised $775 million to fund its work on a fault-tolerant quantum computer. The funding round, reported by Data Center Dynamics, marks a significant investment in quantum hardware development. Fault-tolerant machines are seen as the key next step for quantum computing, capable of correcting errors well enough to run practical, large-scale applications in materials science, cryptography and other fields.