QuEra, Harvard and MIT Researchers Demonstrate Logical-Level Magic State Distillation on a Neutral-Atom Quantum Computer

Insider Brief Researchers from QuEra, Harvard, and MIT have demonstrated the first magic state distillation performed entirely on logical qubits, marking a key advance toward universal fault-tolerant quantum computing. Using QuEra’s neutral-atom Gemini system, the team created error-protected logical qubits and executed a 5-to-1 distillation protocol, improving magic state fidelity Read more…

Microsoft Shows Distinct Parity Lifetimes in Topological Qubit Prototype

Insider Brief Microsoft researchers demonstrated that a tetron qubit device can perform two distinct quantum measurements—X and Z—with significantly different lifetimes, supporting progress toward topological quantum computing. The study measured parity switching times of 14.5 microseconds and 12.4 milliseconds for X and Z loops, respectively, attributing the difference to internal Read more…

Europe’s Chip Moment: Terra Quantum Develops New Transistor Aimed at AI Market

Insider Brief Terra Quantum has successfully fabricated and validated a foundry-grade Negative Capacitance Field-Effect Transistor (NC-FET), potentially redefining global AI compute infrastructure. The NC-FET delivers internal voltage amplification, operates up to 40 times faster than current chips, and uses up to 20 times less energy per operation—breaking the long-standing 60 Read more…

Guest Post — Deep Tech Playbook: How Founders Choose the Wrong Marketing Agency (And How to Avoid Their 5 Mistakes)

Guest Post By Mark M.J. Scott President of Northern Pixels Inc. Building a deep tech startup isn’t just challenging—it’s statistically brutal. Less than 0.4% of technology startups reach $10 million in annual sales. Of those rare companies that do achieve commercial success, an even smaller fraction successfully exits through acquisition. As Read more…