Proceedings of the National Academy of Sciences · 9 July 2026 · From issue 04

Random, unsynced nucleus division plus crowding-based branching keeps nuclei evenly spaced in this fungus.

Grace A. McLaughlin, Benjamin M. Stormo et al., A phase oscillator model of cell cycles reveals nuclear density control in a branched fungal network, Proceedings of the National Academy of Sciences.

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Also in issue 04 10 papers

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A giant 8 million dalton machine in methane making microbes forms one continuous electron loop.
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Two hunger related brain signals control whether ants care for baby ants or go find food instead.
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A computer-designed metal recipe resists cracking better than any past version, while staying strong in extreme heat.
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One nerve connection in a worm uses three different channel proteins working together.
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A double-acting HIV antibody was safe and well tolerated in its first human trial.
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Most US lakes switched from trapping phosphorus to trapping nitrogen over ten years.
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