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The temperature dependence of the in-plane, \lambda_{\parallel}, andinterplane, \lambda_{\perp}, London penetration depth was measured in themetal-free all-organic superconductor \beta-ET (see title) ($T_c \approx$ 5.2K). \lambda_{\parallel} ~T^3 up to 0.5 Tc, a power law previously observed onlyin materials thought to be p-wave superconductors. \lambda_{\perp} is largerthan the sample dimensions down to the lowest temperatures (0.35 K), implyingan anisotropy of \lambda_{\perp}/\lambda_{\parallel} ~ 400-800.Comment: RevTeX, 4 page

physical review. b, condensed matter

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Unusual temperature dependence of the London penetration depth in all-organicβ″−(ET)2<…