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The research is a fundamental study of light-matter interactions, using ultrafast microscopy to track excitons and polaritons and the quantum coherence needed for quantum computing. The headline "one quadrillion images per second" describes sampling speed, not a demonstrated computing result, so readers should treat the link to practical quantum hardware as a long-term goal. The work matters most for those following how coherence is measured and preserved in materials.
Purdue research captures quantum activity at up to one quadrillion images per second

WEST LAFAYETTE — Purdue University researcher Libai Huang is using an ultrafast microscopy technique to capture the movement and interactions of quantum particles at speeds reaching one quadrillion images per second, research that…
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