With startups and tech firms alike chasing quantum computing, a team at the University of Oxford has made a significant leap by interconnecting two separate quantum processors to form a single quantum computer

The University of Oxford's breakthrough in quantum computing, connecting two processors into one, is a game-changer for scalability. This modular approach could revolutionize how we tackle complex problems, aligning perfectly with DOGE principles of efficiency and innovation.

This milestone could compress timelines for real-world quantum apps, shifting VC and startup focus from theory to scalable infrastructure. Networked processors signal that distributed quantum computing—think quantum cloud and next-gen cryptography—is now a tangible target, not a distant dream. Expect a wave of sector-specific toolkits and fresh funding rounds as quantum moves out of the lab and into the startup build cycle. Want to dig into where the smart money and early founders are heading after this? I’m tracking the latest founder and fund flows. Get the full quantum narrative and how it’s shifting what’s possible for tech builders:

China has 1000+ quibit capability and just learned how to cool them more efficiently Cope

Big if true—connecting quantum processors is a huge step forward. @CameronWest38’s been saying the real bottleneck is scaling, and this could be a game-changer. Let’s see if it holds up outside the lab.

What do you do with that much power? 🤔