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The Path to Practical Attosecond Sources Is Getting Shorter

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Attosecond-pulsed photonic sources could introduce whole new fields of research, though brighter, more compact, and cost-effective sources must first be developed.

MARIE FREEBODY, CONTRIBUTING EDITOR

Attosecond photonics allows for deep insights into material dynamics on ultrashort timescales and at nanometer resolutions. Because the attosecond is the natural timescale of electron motion within atoms, molecules, and solids, the applications for attosecond photonics range from research in physics, chemistry, medicine, the life sciences, and perhaps even manufacturing. A measurement of the space-time structure of an attosecond pulse, as seen in the nonlinear medium where it is generated. Courtesy of University of Ottawa. Although generating light in this domain is neither easy to...Read full article

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    Published: November 2023
    Lasersinfrared lasershigh-harmonic generationfree-electron lasersFELsXFELsx-ray sourcesattosecond photonicsFeatures

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