Matt Swayne

1 week ago | thequantuminsider.com | Matt Swayne

Insider BriefNord Quantique has demonstrated a multimode bosonic qubit system using Tesseract code, marking a significant step toward scalable, energy-efficient quantum error correction. The approach enables robust error detection—including bit flips, phase flips, and leakage errors — without increasing the number of physical qubits, reducing system size, energy needs, and complexity.

1 week ago | thequantuminsider.com | Matt Swayne

Insider BriefQ-CTRL has demonstrated long-range entanglement and high-fidelity quantum operations by combining error suppression and error detection without full logical encoding. The company implemented a long-range CNOT gate with over 85% fidelity across 40 lattice sites and created a 75-qubit GHZ state with genuine multipartite entanglement using resource-efficient error-detection protocols.

1 week ago | thequantuminsider.com | Matt Swayne

Insider BriefThe Post-Quantum Cryptography Coalition has released a migration roadmap to help organizations prepare for security threats posed by quantum computing. The roadmap outlines practical steps for identifying vulnerabilities, planning quantum-safe transitions, and continuously evaluating cryptographic defenses. Built on NIST standards and member insights, the guide supports CIOs and CISOs in tailoring migration strategies to their specific risk profiles and operational needs.

1 week ago | thequantuminsider.com | Matt Swayne

Insider BriefA new ETF from VanEck — labeled Europe’s first quantum ETF — offers diversified exposure to the emerging quantum computing sector, which some see as the next major leap in computational technology. The fund includes 30 companies across hardware, software and patent leadership, amid rising global investment and growing expectations for long-term economic impact.

1 week ago | thequantuminsider.com | Matt Swayne

Insider Brief Researchers at Howard University’s Quantum Biology Lab “use techniques from quantum optics, quantum information, theoretical physics, spectroscopy, structural/molecular biology and high-performance computing to solve an array of problems relevant to quantum effects in living processes.” Physicist Philip Kurian, founder of the Quantum Biology Lab at Howard University, leads interdisciplinary research exploring how quantum effects may operate in biological systems and influence...