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Qubit Roadmap Extrapolator (2D)

A flat chart view of the same roadmap math as the 3D original: fit exponential or logistic growth curves to IBM's real published superconducting-qubit-count roadmap (2016-2023) and extrapolate the year a chosen qubit-count milestone is reached, with live R² and growth-rate readouts.

Quantum Computing2DAdvanced60 FPS📱 Mobile-adapted⇄ 3D version
2d-qe-topic-75 ↗ Open standalone

Every "quantum computing will do X by year Y" headline rests on a curve fit to a handful of hardware-roadmap data points. This 2D companion fits IBM's own published superconducting-qubit counts (2016-2023) with two standard technology-forecasting models — unbounded exponential growth and a saturating logistic S-curve — using real ordinary-least-squares regression, then extrapolates the year a chosen qubit-count milestone is crossed. Solid bars are the real historical data on a log scale; translucent bars and the glowing curve are the model's projection into the future. Switch models, drag the logistic ceiling, and watch how differently two curves that both fit the same eight points forecast the future.

⚙ Under the hood

Fit exponential or logistic growth curves to IBM's real published superconducting-qubit-count roadmap (2016-2023) on a flat log-scale chart, and extrapolate the year a chosen qubit-count milestone is reached, with live R² and growth-rate readouts.

quantum-computingqubit-roadmapcurve-fittingextrapolationregression2d

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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