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Quantum Dot Photoluminescence — 2D Jablonski & Decay-Curve Diagram

Interactive 2D diagram of colloidal quantum dot photoluminescence: a Jablonski energy-level diagram shows the same radiative/non-radiative decay competition as a time-resolved photon decay-curve panel, exactly as real TCSPC lab instruments measure quantum yield and lifetime.

Quantum Physics2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
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This 2D counterpart renders the exact same competing radiative/non-radiative photophysics as an energy-level diagram and a time-resolved decay curve rather than a spatial camera view. A Jablonski diagram places each quantum dot on a ground or excited energy band — a physically meaningful vertical axis, not an arbitrary 3D position — while every radiative decay drops a photon into a live TCSPC-style decay-curve panel whose histogram reconstructs the exponential survival curve N(t)=N₀·exp(−t/τ), the same way a real lab instrument measures quantum yield and lifetime.

⚙ Under the hood

Interactive 2D diagram of colloidal quantum dot photoluminescence: a Jablonski energy-level diagram shows the same radiative/non-radiative decay competition as a time-resolved photon decay-curve panel, exactly as real TCSPC lab instruments measure quantum yield and lifetime.

quantum dotsphotoluminescencequantum yieldphotophysicsnanomaterials

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

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