Quickly Quantum

Pasqal says it trapped rubidium atoms using laser light routed entirely through a photonic chip, a possible fix for neutral-atom computing's free-space optics bottleneck — though it's a four-atom proof of concept, not the ten-thousand-atom machine on the roadmap. Plus: Congress eyes a 68% quantum defense funding boost as IonQ closes its SkyWater deal, Ethereum's Vitalik Buterin reprioritizes quantum safety, Morgan Stanley pledges quantum a seat at its $1.5 trillion innovation initiative, Utah launches a state quantum council, QCi posts mixed Q2 earnings, and Google's Bitcoin quantum-threat paper gets revived by Algorand.

• Linked sources: Pasqal Achieves First On-Chip Neutral-Atom Qubit Trapping — Quantum Computing Report
• Vitalik updates Ethereum roadmap: quantum safety now higher priority — X/@NaoXprotocol
• IonQ 8-K, SEC EDGAR and Bipartisan Congress Moves To Boost Quantum Funding — Quantum Zeitgeist
• Utah Launches Quantum Initiative — The Quantum Insider
• Morgan Stanley Launches U.S. Innovation Initiative — The Quantum Insider
• Quantum Computing Inc. Reports Q2 2026 Financial Results — Quantum Computing Report
• Google Quantum AI whitepaper and X/@algor_nd

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

Congress is moving to raise military quantum spending 68% to $567 million, with the same firms benefiting from doubled lobbying and political ties to the administration. Also: IonQ, D-Wave, and Rigetti post divergent earnings, Q-CTRL sets a new largest-ever Quantum Fourier Transform record on IBM hardware, and researchers try entangled photons powered by nothing but sunlight.

• Main story: U.S. Lawmakers Reportedly Pushing Higher Defense Spending on Quantum — The Quantum Insider and Congress Eyes Boosting Quantum Funds — Bloomberg
• DARPA Selects IonQ to Produce Atomic Clocks — BusinessWire via Yahoo
• D-Wave Q2 2026 Results — SEC Filing
• Breaking the 100-Qubit Barrier: QFT at Scale on IBM Hardware — arXiv preprint
• Phase-change memory as a computational primitive — @QuantumTumbler on X
• Entangled Photons From Sunlight — Quantum Zeitgeist
• UCalgary Builds Secure Hub for Quantum Defence Innovation — Quantum Zeitgeist

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

This Sunday's think piece takes on quantum cryptography's strangest promise: uncloneable encryption, which uses the no-cloning theorem to make copying a stolen ciphertext physically impossible rather than just computationally hard. We walk four competing camps — unconditional security, efficient reusability, weakest-assumption 'microcrypt,' and the impossibility theorists keeping everyone honest — that all published within weeks of each other trying to push the primitive from a single guaranteed bit toward real, arbitrary-length messages.

• Linked sources: Statistically secure uncloneable encryption of arbitrary messages — arXiv
• Efficient Unclonable Encryption from Pauli Eigenstates — arXiv
• A Note on Boosting Uncloneable Encryption in Microcrypt — arXiv
• Unclonable Encryption in the Haar Random Oracle Model — IACR ePrint Archive
• The uncloneable bit exists — arXiv
• Limitations on Uncloneable Encryption and Simultaneous One-Way-to-Hiding — arXiv

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

The week that was: IBM stakes a claim to a quantum 'advantage era' as critics question the framing, IonQ and D-Wave post record bookings alongside record losses, and Washington and Shanghai both race to lock in quantum funding and IPO pipelines. Plus the under-the-radar stories on IonQ's space division, Xanadu's capital raise, and Pasqal's SPAC clearing the SEC.

• IBM claims quantum advantage era with 3 new papers — Phys.org
• IonQ Raises 2026 Revenue Outlook After Record Quarter — The Quantum Insider
• D-Wave's New Qubit Gate Cuts Error Rates by 10x — The Quantum Insider
• Multi-Team QEC Advances Reshape CRQC Risk Models — @infosec on X
• IonQ Reports Record Q2 2026 Financial Results — Quantum Computing Report
• TuringQ Joins China's IPO Pipeline — The Quantum Insider
• Xanadu Raised $67.2M to Expand US Quantum Operations — Quantum Zeitgeist
• SEC Declares Registration Statement Effective for Pasqal's Business Combination — Quantum Computing Report
• Congress Eyes Boosting Quantum Funds as Global Race Heats Up — Bloomberg via Google News

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

An AWS cryptographer's preliminary quantum algorithm takes aim at the lattice math behind post-quantum encryption, while IonQ's earnings spook investors, Rigetti banks a huge cash cushion, and a German startup claims a room-temperature diamond quantum computer.

• Linked sources: Daniel R. Simon's Dihedral Coset Problem paper — IACR ePrint Archive
• Amazon Researcher Claims Quantum Algorithm Could Challenge PQC Foundations — The Quantum Insider
• IonQ 8-K SEC filing — StockTitan
• Rigetti has $541 million to fund quantum R&D — Quantum Zeitgeist
• Diamond-powered room-temperature quantum computer — Live Science via Google News
• Pasqal Receives SEC Clearance for SPAC Combination With Bleichroeder — The Quantum Insider
• Multi-team QEC advances reshape CRQC risk models — @infosec on X

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

IonQ posts a record quarter and raises guidance, D-Wave claims a tenfold path to lower quantum error rates, NIST sends entangled photons across ordinary internet fiber, and DARPA turns its attention to quantum manufacturing. Then: Microsoft's Chetan Nayak says he doesn't care that much of physics doubts his topological qubit claims — we dig into why, and what's actually at stake.

• IonQ Q2 2026 earnings — IonQ Investor Relations
• IonQ earnings coverage — BigGo Finance
• D-Wave's dual-rail entangling gate — D-Wave (Business Wire)
• D-Wave Nature paper details — HPCwire
• Entangled photons across 62km of fiber — NIST
• DARPA's quantum manufacturing pivot — The Quantum Insider
• DARPA optical clock manufacturing program — Quantum Zeitgeist
• Victor Peng on Bloomberg TV — Bloomberg
• Microsoft's Majorana bet — Science (AAAS)
• Skeptics on Microsoft's topological qubit — Scientific American

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

IonQ signs its third government-and-industry MOU in five days, this time with Sandia National Laboratories, prompting a hard look at whether the pattern is a real national-security moat or a well-run press cycle. Also today: Israel names its national quantum tender, an X thread guts IBM's 'quantum advantage era' claim, Fujitsu-Monash-CSIRO link up, Argonne pinpoints a silicon qubit defect, and a profile of Oxford Ionics founder Chris Ballance.

• IonQ and Sandia National Laboratories Sign MOU — IonQ
• Israel Launches National Quantum Computer Tender — The Quantum Insider and Ynetnews
• IBM Claims Verifiable Quantum Advantage — IEEE Spectrum and The Next Platform
• Fujitsu, Monash University, and CSIRO Form Australia–Japan Quantum Research Partnership — Quantum Computing Report
• Uncovering Hidden Disorder in Silicon Quantum Computers — U.S. Department of Energy and Quantum Zeitgeist
• Chris Ballance, The British Quantum Entrepreneur Who Put Ion Traps On A Chip — Quantum Zeitgeist

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

Caltech and the neutral-atom startup Oratomic unveiled new 'mitten' quantum error-correction codes today, reigniting the debate over whether cryptographically-relevant quantum computing really only needs ten thousand qubits instead of millions. Plus: OpenAI says an internal model solved ten open math and quantum-complexity problems, IQM posts its first public-company earnings, and more.

• High-rate qLDPC processors ('mitten' codes) — arXiv
• Caltech and Oratomic Introduce 'Mitten' qLDPC Codes — Quantum Computing Report
• IonQ, EPB Launch Tennessee Quantum Communications Research Center — The Quantum Insider
• Ten Advances in Mathematics — OpenAI
• IQM Reports First Half 2026 Results — GlobeNewswire
• Rigetti, HPE, and Pittsburgh Supercomputing Center Partner to Build 'TangleLab' — Quantum Computing Report
• JIJ Turns Qamomile From Optimizer Into Full Quantum Language — Quantum Zeitgeist

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

Two co-leads on the same quantum geopolitics fight: China stands up a national quantum standards committee modeled on its 5G playbook, while a new IISS analysis argues Western export controls have become deliberate industrial strategy. Plus D-Wave's fraud-detection deal with Nasdaq Verafin, an IBM-RIKEN quantum advantage claim on a real materials problem, and OptQC and NTT's deepening optical quantum push.

• Linked sources: China Forms Quantum Standards Committee to Coordinate Industry Development — The Quantum Insider
• Western Quantum Export Controls Are Evolving Into an Industrial Strategy, IISS Analysis Says — The Quantum Insider
• D-Wave and Nasdaq Verafin Announce Agreement for Quantum Computing Application Development — The Quantum Insider
• BlueQubit, IBM, and RIKEN Demonstrate Quantum R&D Potential — Quantum Zeitgeist
• OptQC and NTT Strengthen Collaboration on Large-Scale Optical Quantum Computing — The Quantum Insider

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

Three independent teams solved a famous twenty-year-old open problem in quantum information theory — the two-copy distillability of Werner states — within days of each other in late July 2026. One team credits AI models with generating the actual proof; another reached the same conclusion with a fully human derivation. Brian walks through both papers, Terence Tao's ICM warning about 'proof abundance,' and the Leiden Declaration's pushback, then lands his own read on what the convergence actually proves.

• A solution to 2-copy distillability of Werner states — arXiv
• On the two-copy distillability of Werner states and a new partial trace inequality — arXiv
• Five Open Problems in Quantum Information Theory — PRX Quantum
• Fields Medalist Terence Tao warns AI could produce more math proofs than humans can handle — VnExpress International
• The Leiden Declaration: Mathematics, AI, and Making Our Values Explicit — Communications of the ACM
• Have Published The First Research Article In Theoretical Physics Where The Main Idea Came From AI — OfficeChai

Quickly Quantum is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.