News & Media

Broadcasts, articles, and technical papers from qBitTensor Labs.

qBitTensor Labs Live — September 3, 20261:05:51
BroadcastYouTube

qBitTensor Labs Live — September 3, 2026

Sep 3, 2026

Emission on both subnets was unilaterally paused this week via the root key after an AI-driven review — so the team spends the episode setting the record straight: the treasury wallet design the validators directed them to, the quantum jobs SN48 pays for in real US dollars, and the virtuous-cycle tokenomics the shutdown accidentally spotlighted; plus Xdev takes back-to-back Breaking RSA milestones, RSA-512 launches with a symbolic $250,000 RSA-1024 bounty alongside it, web submissions go live paid with Open Quantum credits, the Open Quantum Insights report draws a Rigetti repost, unprecedentedly thorough Quantum Insider coverage, and downloads from Dell and Microsoft, an updated white paper lands with a DOI, every winning solution is open-sourced under AGPL in the new Breaking RSA Solutions repo, and OpenRouter's $7.5B sale to Stripe shows exactly what Open Quantum could become.

Challenge 3: Breaking RSA Classically — Shor's Order-Finding Circuits
PaperPDF

Challenge 3: Breaking RSA Classically — Shor's Order-Finding Circuits

Oct 1, 2025

Technical paper for Subnet 63's third challenge — using quantum phase estimation and Shor's algorithm to factor RSA keys, marking the subnet's first contact with real-world quantum computing problems.

Challenge 2 Solved: Hidden Stabilizers Retirement
PaperPDF

Challenge 2 Solved: Hidden Stabilizers Retirement

Sep 1, 2025

The hidden stabilizer challenge is retired after miners developed a Pauli propagation technique that solved it efficiently — a testament to the subnet's ability to drive real algorithmic innovation.

Challenge 2: Hidden Stabilizers — Clifford Circuit Obfuscation
PaperPDF

Challenge 2: Hidden Stabilizers — Clifford Circuit Obfuscation

Aug 1, 2025

Technical paper for Subnet 63's second challenge — recovering hidden Pauli stabilizers from obfuscated Clifford circuits, testing miners' ability to reverse-engineer quantum circuit structure.

Challenge 1: Peaked Circuits — Provable Quantum Advantage
PaperPDF

Challenge 1: Peaked Circuits — Provable Quantum Advantage

Jul 1, 2025

Technical paper for Subnet 63's first challenge — using peaked circuits from Aaronson & Zhang's framework to create a provable, verifiable benchmark for genuine quantum computation.