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Strain-level diversity shapes competitive outcomes in Fusarium: a multi-omic synthesis of fungal warfare

Fusarium head blight (FHB) is driven by co-occurring Fusarium species. Yet the molecular bases of their competitive interactions, particularly at the strain level, remain largely unknown. We performed an integrated multi-omic investigation of four Fusarium isolates cultivated in monoculture, self-confrontation (SC) and inter-specific confrontation (C) assays: two Fusarium graminearum strains…

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Scientists map the microscopic roots of chaos in dusty plasma using supercomputer simulations

Research Matters Staff Writer(s) Jammu 17 Aug 2026 Researchers have achieved a breakthrough in understanding the chaotic world of turbulence by tracking the movement of millions of individual particles in a specialised state of matter known as dusty plasma.

  • Scientists map microscopic origins of turbulence in dusty plasma using supercomputer simulations.
  • Understanding dusty plasma turbulence could improve plasma containment in nuclear fusion reactors.

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