Today's Quantum Pulse
Washington Allocates $500K to Expand IonQ’s Quantum Manufacturing Hub
Washington Governor Bob Ferguson is allocating $500,000 from the state’s Economic Development Strategic Reserve Fund to quantum‑computing firm IonQ, leveraging more than $14 million in private capital. The funding supports expansion of IonQ’s Bothell facility, the nation’s first dedicated quantum‑manufacturing hub, and is projected to generate 1,200‑2,000 jobs through 2031.
Also developing:
France Triples Quantum Defense Budget to Preserve Strategic Edge
France announced on April 17 that it will triple its quantum‑technology defense budget, a move aimed at safeguarding its strategic advantage. Minister of the Armed Forces Catherine Vautrin framed the investment as essential to staying ahead in the global quantum race.
Soft Fork to Post‑Quantum Bitcoin: Incremental Security Roadmap
Follow up post on Bitcoin and quantum computing: My thoughts on the most promising roadmap to make Bitcoin secure in the presence of a cryptographically-relevant quantum computer (CRQC): https://lnkd.in/e6tFMVrn In short, soft fork in a PQ output type and PQ...
Washington Allocates $500K to Boost IonQ’s Bothell Quantum Expansion
Governor Bob Ferguson announced a $500,000 grant from Washington’s Economic Development Strategic Reserve Fund to expand IonQ’s Bothell quantum computing hub. The state money leverages more than $14 million in private investment and is projected to create up to 2,000 jobs...
Equal1’s Silicon Processors Power Kvantify’s Quantum Simulation Workloads
Equal1 and Kvantify have formed a partnership to bring silicon‑based quantum processors to life‑science workloads. Equal1’s Bell‑1 server, built on standard silicon, is being shipped as the company’s first‑generation quantum machine, and Kvantify has been named its preferred partner for...
Researchers Spot Anomalous Heat Flow in Gate‑Based Quantum Processors
Scientists from Bar‑Ilan University and BITS Pilani demonstrated that heat can flow against the temperature gradient inside gate‑based quantum processors. The discovery, made with mid‑circuit measurement techniques, questions long‑standing assumptions of quantum hardware thermodynamics.
Quantum Chemistry's Classical Limits with Garnet Chan
In this episode, host Sebastian Hassinger talks with Garnet Chan, a leading computational chemist at Caltech, about the true boundary between classical and quantum capabilities in chemistry. Chan explains the significance of the nitrogenase enzyme’s FeMo cofactor, a benchmark often...
Dorit Dor, Co-Founder of Qbeat Ventures
In this episode, Dorit Dor, former Check Point C‑level executive and co‑founder of Qubit Ventures, discusses how quantum startups can apply lessons from cybersecurity—particularly the importance of a clear go‑to‑market strategy, focus on specific problems, and adherence to standards. She...
Oxford Researchers Teleport Quantum Gate Between Two Supercomputers with 96.9% Fidelity
Oxford University physicists have demonstrated quantum gate teleportation between two separate ion‑trap quantum processors, achieving 96.89% fidelity across a two‑meter gap. The experiment uses photonic links to entangle the modules, showing a viable path to scalable, distributed quantum computers.
MemQ Wins DARPA Contract to Cut Resource Demands 1,000x
memQ has been awarded a DARPA contract under the Heterogeneous Architectures for Quantum (HARQ) program to build a hardware‑aware quantum compiler. The project aims to slash quantum resource requirements by a factor of 1,000, addressing the inefficiencies of single‑qubit‑type systems....
Physicist Warns Quantum Breakthrough Could Threaten Bitcoin by 2029
Chris Tam, director of BTQ Technologies, warned that recent quantum computing progress could make Bitcoin's cryptography vulnerable by 2029, far earlier than earlier estimates. The warning has reignited a split in the crypto world between those urging immediate upgrades and...
Washington Invests $500K in IonQ’s Quantum Computing Expansion
Washington Governor Bob Ferguson is allocating $500,000 from the state’s Economic Development Strategic Reserve Fund to quantum‑computing firm IonQ, leveraging more than $14 million in private capital. The funding supports expansion of IonQ’s Bothell facility, the nation’s first dedicated quantum‑manufacturing hub,...
30‑m Cryogenic Microwave Link Enables Loophole‑Free Bell Test
Are you curious about the insights we gained when building our 30-m-long cryogenic microwave-frequency quantum link which we used to do a loophole free Bell test with superconducting qubits? This system also serves as a role model for how to...
Quantum Computers Reveal Heat that Flows the Wrong Way
Researchers have applied machine‑learning algorithms to diagnose and classify noise sources in superconducting quantum processors, revealing anomalous heat flow that can reverse direction under certain operating conditions. The AI‑driven analysis pinpoints microscopic defects and thermal gradients within the chip, enabling...
Imec Leads €50 Million SPINS Pilot Line to Scale Semiconductor Quantum Chips
Imec and a 25‑partner European consortium have launched the SPINS pilot line, a €50 million ($55 million) effort co‑funded by the EU Chips Joint Undertaking to industrialize semiconductor spin‑qubit processors. The initiative creates a lab‑to‑fab pathway using 300 mm CMOS lines, targeting fault‑tolerant...
IBM Announces 511,000‑sq‑ft Quantum Computing Facility in New York
IBM revealed a 511,000‑square‑foot quantum computing facility at its Poughkeepsie campus, slated to manufacture its next‑generation Starling systems and employ roughly 200 staff. Officials hailed the project as a historic investment, even as community leaders question its electricity demand.