A molecule, a light cycle and the next industrial test
A useful thread through this source set is the interface: a molecule connected to light, a material measured within a light cycle, and an optimization tool meeting enterprise software. These stories follow those connections and keep the next untested step visible.
Published · Los Angeles · 6 selected storiesFollow the evidence further.
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- Current on-site edition: A molecule, a light cycle and the next industrial test ↗QubitWire · Published 2026-10-28
6 stories in this dated edition. Older editions remain in the archive; the live preview is a separate, changing selection.
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A molecule becomes a light-linked qubit. Its chip test comes next.
A molecule-to-light result reaches Nature as NVision outlines a chip integration plan. The measured component and roadmap are distinct.
Dynamical decoupling and cryogenic conditions must stay with the result.
A single-molecule spin–photon interface ↗Graphene’s electrons tracked within a light cycle
A Nature experiment resolves graphene’s electronic response within a light cycle. Its images map momentum, not individual particle paths.
Momentum distributions, not individual trajectories.
Subcycle videography of Landau–Zener–Majorana transitions in graphene ↗A quantum-dot key link runs for 19 hours
A campus fibre experiment reports a 19-hour quantum-dot key run. Alignment checks and key processing qualify the operating claim.
Author-reported security analysis.
Deployed entanglement-based BBM92 quantum key distribution using frequency-converted photons emitted by a quantum dot ↗LG CNS and D-Wave aim to move quantum optimization from trials into business systems
A non-binding MOU pairs quantum annealing with enterprise integration. The commercial question is whether the complete workflow helps a customer.
No signed customer purchase or revenue is established.
LG CNS and D-Wave Announce Strategic Relationship to Advance Quantum Optimization Adoption in South Korea ↗Six Japanese companies plan to test quantum materials predictions against real samples
A joint program links quantum computing and AI to synthesis and measurement, with batteries, optical materials and superconductors among its targets.
Preserve fiscal wording; no product deadline or budget inferred.
Six Companies Launch Joint R&D to Build a Quantum-Computing-Based Materials Development Platform ↗Unwanted drive paths help suppress quantum-chip crosstalk
A small superconducting circuit suppresses microwave crosstalk through interfering drive paths. Residual coupling limits the model’s agreement.
Small circuit; measured residual must be retained.
Suppressing microwave crosstalk in superconducting quantum processors by designing parasitic drive capacitances ↗Which next measurement would change your view?
A measured component, a simulation, a non-binding agreement and a planned validation program establish different things. Look for the evidence that connects the current step to a delivered capability.
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