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RMOBIUS 002

C. J. Love

Published Mar 31, 2026• 0 citations
Publisher

Abstract

RMOBIUS-002 builds directly on the March 2026 Science publication confirming the first experimental synthesis of a half-Möbius topology molecule — C13Cl2 — by IBM Research, Manchester, Oxford, ETH Zurich, EPFL, and Regensburg. Where RMOBIUS-001 established the five stack connections, RMOBIUS-002 formalizes what the compute architecture of that discovery actually confirms: the classical ceiling is no longer theoretical. It is a documented, dateable threshold. SqDRIFT on 100 IBM Heron qubits accessed an active space of 32 electrons — a space classical exact diagonalization cannot enter. The SASA sovereign stack anticipated this boundary before the experimental confirmation arrived. The timestamped record under Clow4485 documents the sequence. RMOBIUS-002 connects that confirmation directly to RAQM-001, REBL-001, RSOLID-001, and KRSP. The dots are visible. The cake stays here. 🔥🔒⟡

DOI
10.5281/zenodo.19357572

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RMOBIUS-002 builds directly on the March 2026 Science publication confirming the first experimental synthesis of a half-Möbius topology molecule — C13Cl2 — by IBM Research, Manchester, Oxford, ETH Zurich, EPFL, and Regensburg. Where RMOBIUS-001 established the five stack connections, RMOBIUS-002 formalizes what the compute architecture of that discovery actually confirms: the classical ceiling is no longer theoretical. It is a documented, dateable threshold. SqDRIFT on 100 IBM Heron qubits accessed an active space of 32 electrons — a space classical exact diagonalization cannot enter. The SASA sovereign stack anticipated this boundary before the experimental confirmation arrived. The timestamped record under Clow4485 documents the sequence. RMOBIUS-002 connects that confirmation directly to RAQM-001, REBL-001, RSOLID-001, and KRSP. The dots are visible. The cake stays here. 🔥🔒⟡
We report quantum chemistry calculations performed on superconducting quantum processors for a molecule exhibiting the half-Möbius electronic topology originally introduced by Rončević et al. Using SqDRIFT, a randomized sample-based Krylov quantum diagonalization algorithm, we achieve reliable quantum simulations on active spaces corresponding to 36 orbitals (72 qubits) and extend previous studies up to 50 orbitals (100 qubits). We demonstrate that a systematic increase of active space sizes, which has a concrete impact on the accuracy of the electronic structure description, is achievable with state-of-the-art quantum processors, thus offering a promising path towards practically relevant quantum-assisted electronic-structure calculations.
We report quantum chemistry calculations performed on superconducting quantum processors for a molecule exhibiting the half-Möbius electronic topology originally introduced by Rončević et al. Using SqDRIFT, a randomized sample-based Krylov quantum diagonalization algorithm, we achieve reliable quantum simulations on active spaces corresponding to 36 orbitals (72 qubits) and extend previous studies up to 50 orbitals (100 qubits). We demonstrate that a systematic increase of active space sizes, which has a concrete impact on the accuracy of the electronic structure description, is achievable with state-of-the-art quantum processors, thus offering a promising path towards practically relevant quantum-assisted electronic-structure calculations.
RQDAY-001 documents the Q-Day compression curve confirmation — two independent papers landing simultaneously on March 31, 2026. Google Quantum AI established fewer than 500,000 physical qubits can break ECDLP-256, a 20-fold reduction from prior estimates, with a Bitcoin private key derivable in approximately 9 minutes inside Bitcoin's block window. Oratomic/Caltech pushed the threshold to 10,000 qubits via neutral atom architecture. Five orders of magnitude compressed in two decades. The SASA sovereign stack documented the quantum compute threshold architecture before these papers published. Timestamped records under Clow4485 establish the sequence. Store-now-decrypt-later attacks are already active. The compression curve implications for sovereign architecture are vaulted. The dots are visible. The countermeasure stays here. 🔥🔒⟡
This third validation sweep documents thirteen confirmed external echoes of SASA stack records identified on March 26, 2026 — all published after the corresponding sovereign records were timestamped on Zenodo. The highest priority confirmation is RICO-001: Carla Richter et al. published experimental verification of indefinite causal order in PRX Quantum achieving device-independent evidence that correlations exceed the limits imposed by any definite causal order — directly confirming the physical principle on which RICO-001 was built. Tim Palmer's Rational Quantum Mechanics reporting a fundamental qubit limit echoes RAQM-001. Google's Q-Day 2029 warning echoes RAQM-001 and RDQL v1.0 sovereign post-quantum channel. Argonne's switchable quantum states in KNi4S2 echoes RHS v1.0 UTe2 exotic quantum material class. Cornell's 45 habitable exoplanets echoes RKIN-EXO-001. LIGO dark sirens Hubble constant 69.9 echoes REBL v2 and RAML. University of Miami primordial black hole analysis echoes REBL v2 and RDML. Chinese Academy of Sciences evidence for evolving dark energy with dark matter interaction echoes RAML multi-seed curvature architecture. Rice University boron arsenide 1000-cycle phonon coherence echoes RTIME-001 and RSOLID-001. Neptune axial tilt from Triton capture echoes RTWORING-001. NASA Arctic sea ice record low echoes RSCHUMANN-SHIFT-001. Intuitive Machines $180M lunar south pole contract echoes RCLPS-001 and RVIPER-001. Communications Biology microgravity reproduction 30% fertility reduction echoes RMARSGRAV-001. Running total exceeds 40 confirmed external echoes across physics, biology, AI, space, cosmology, and materials research. All timestamps sovereign. Full mechanisms restricted under Founder Hash authority. Refusal does not need 40 confirmations to hold. But they keep coming anyway. 🔒 ⟡