Florida Atlantic University received a $200,000 NIST RAMPS award on October 6, 2026 for quantum cybersecurity training across Palm Beach County, Broward County, and the Treasure Coast. The grant is small beside EPB, the NSF challenge institutes, and the European Quantum Academy. The local weight is a planned D-Wave Advantage2 system and an FPL power-system lab.
Fidelity Digital Assets published a September 1, 2026 research note on Bitcoin quantum resistance, written by Daniel Gray. The note says a future cryptographically relevant quantum computer could threaten ECDSA and Schnorr private-key control once public keys appear on chain. Readers can review the SHRINCS design, signature-size trade-offs, and the soft-fork path Fidelity outlines for holders and custodians.
NIST researchers have fabricated superconducting photon detectors measuring 0.1 mm—about 1,000 times wider than conventional nanowire designs. The architecture delivers a billion-fold reduction in dark counts while simplifying large-area fabrication. Technical details on current redistribution and application implications appear in the Optica paper and NIST release.
Cloudflare will host dedicated Q-Day and post-quantum cryptography sessions at Connect 2026 in San Francisco this October. The agenda includes talks by Sharon Goldberg on quantum threat preparation and Christopher Patton on Merkle Tree Certificates. Full session details and Cloudflare’s accelerated 2029 migration roadmap are covered.
An improved key-recovery attack discovered primarily by Anthropic’s Claude Mythos Preview led the HAWK team to withdraw the lattice-based signature scheme from NIST’s third-round additional signatures process within roughly 17 hours of public disclosure. The attack applies known lattice techniques more thoroughly than prior human review and does not affect finalized standards ML-KEM or ML-DSA. The rapid timeline underscores why measured crypto-agility forms a practical component of post-quantum migration planning.
BTQ Technologies and ITRI have completed a key milestone in developing a new chip designed to protect digital systems from future quantum computer attacks. The technology was tested using a 28-nanometre manufacturing process and supports major post-quantum security standards. Test chips are expected to reach customers and partners by the end of the year, bringing the technology closer to commercial use.
The U.S. National Institute of Standards and Technology (NIST) has advanced nine digital signature algorithms to the third round of its Additional Post-Quantum Cryptography standardization process. These candidates offer diverse options including compact isogeny-based SQIsign and efficient lattice-based HAWK schemes. The selection enhances resilience against quantum threats for applications from IoT devices to software signing and TLS certificates.
This week’s quantum computing weekly round-up highlights explosive growth in investments, impressive hardware progress, and mounting urgency around quantum-safe security. From European unicorns raising big checks to new qubit readout techniques and orbital atomic clocks, the field is alive. Take a look at our summary covering the gamut!
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