Scientists uncover voronoi pattern in chinese money plant leaves

Researchers have identified a natural geometric pattern known as a Voronoi diagram in the leaves of the Chinese money plant. The discovery reveals how the plant organizes its pores and veins using principles common in city planning and network design.

A team at Cold Spring Harbor Laboratory mapped the tiny pores and looping veins in Pilea peperomioides leaves. They found that the structures naturally divide space around central points in the same way Voronoi diagrams do in mathematics and computer science. Associate Professor Saket Navlakha led the work with former graduate student Cici Zheng and collaborator Przemysław Prusinkiewicz.

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Scientific illustration depicting mitochondrial 'pearling' process evenly spacing mtDNA nucleoids via calcium influx.
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EPFL study links mitochondrial “pearling” to the even spacing of mtDNA nucleoids

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Scientists at EPFL report that a transient shape change in mitochondria—known as “pearling,” in which the organelle briefly forms bead-like constrictions—can redistribute clusters of mitochondrial DNA (mtDNA) into more evenly spaced nucleoids. The work, published April 2, 2026 in Science, suggests the process is triggered by calcium influx into mitochondria and may help explain how cells maintain robust mtDNA organization, a feature implicated in a range of mitochondrial-related disorders.

Researchers have created a molecule with a novel topology resembling a half-Möbius strip, requiring four loops to return to the starting point. The structure, made from 13 carbon atoms and two chlorine atoms, was assembled on a gold surface at low temperatures. This discovery highlights potential advances in molecular engineering and quantum simulations.

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Researchers at The University of Osaka have developed ultra-small pores in silicon nitride membranes that approach the scale of natural ion channels. These structures enable repeatable opening and closing through voltage-controlled chemical reactions. The advance could aid DNA sequencing and neuromorphic computing.

Researchers at Stellenbosch University say they have found the first evidence of rare phenolic compounds known as flavoalkaloids in cannabis leaves, after profiling dozens of plant chemicals across three commercially grown strains.

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Scientists at the Helmholtz-Zentrum Dresden-Rossendorf have discovered previously unseen Floquet states inside extremely small magnetic vortices using minimal energy from magnetic waves. This finding, which challenges prior assumptions, could link electronics, spintronics, and quantum technologies. The results appear in Science.

Researchers at Harvard Medical School have uncovered a hidden map of smell receptors in mice noses, revealing neat stripes instead of random distribution. This structure aligns with brain mapping, challenging prior assumptions about olfaction. The findings, published April 28 in Cell, could aid treatments for smell loss.

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An international team including researchers from Cornell University, the Boyce Thompson Institute, the University of Edinburgh, and others has uncovered how hornwort plants use a modified protein, RbcS-STAR, to cluster the key photosynthetic enzyme Rubisco into pyrenoid-like compartments. This mechanism boosts carbon capture and could enhance crop yields by up to 60 percent while reducing needs for water and fertilizers.

 

 

 

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