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Passive optical resonators for next-...

Pupeza, Ioachim.

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Passive optical resonators for next-generation attosecond metrology

Record Type:	Electronic resources : Monograph/item
Title/Author:	Passive optical resonators for next-generation attosecond metrology/ by Ioachim Pupeza.
Author:	Pupeza, Ioachim.
Published:	Cham :Springer International Publishing : : 2022.,
Description:	xii, 62 p. :ill. (chiefly col.), digital ;24 cm.
[NT 15003449]:	Introduction -- Cavity-enhanced high-order harmonic generation for attosecond metrology -- Next-generation enhancement cavities for attosecond metrology - an outlook.
Contained By:	Springer Nature eBook
Subject:	Metrology - Technological innovations. -
Online resource:	https://doi.org/10.1007/978-3-030-92972-5
ISBN:	9783030929725

Passive optical resonators for next-generation attosecond metrology
Pupeza, Ioachim.

Passive optical resonators for next-generation attosecond metrology[electronic resource] /by Ioachim Pupeza. - Cham :Springer International Publishing :2022. - xii, 62 p. :ill. (chiefly col.), digital ;24 cm. - SpringerBriefs in physics,2191-5431. - SpringerBriefs in physics..

Introduction -- Cavity-enhanced high-order harmonic generation for attosecond metrology -- Next-generation enhancement cavities for attosecond metrology - an outlook.

This book introduces readers to the development of a new generation of high pulse-repetition frequency instruments for multi-dimensional attosecond-resolution photoelectron spectroscopy (attosecond PES) It investigates the power scaling of femtosecond enhancement cavities for efficient intracavity high-harmonics generation (HHG) Further, it derives and verifies advanced resonator designs that feature large illuminated spots on all mirrors, which mitigate both intensity- and thermally-induced enhancement limitations. The dynamics of a high-finesse, passive resonator in the presence of a highly nonlinear optical process such as HHG are quantitatively investigated, both theoretically and experimentally. These investigations are instrumental in achieving the holistic optimization of the XUV source reported on here, which for the first time reached intracavity HHG conversion efficiencies comparable to those achieved in single-pass setups with a similar gas target. Coupling out the XUV beam from the enhancement cavity by purely geometric means, employing both the fundamental and higher-order transverse Gaussian modes, is studied. This offers the advantages of robustness, low distortion to the participating pulses, and photon-energy scalability. Last but not least, the author provides a range of proof-of-principle attosecond angle-resolved PES experiments. The book gives an outlook on the possible future development of cavity-enhanced HHG and an extensive discussion on the generation of isolated XUV attosecond pulses via intracavity wavefront rotation.

ISBN: 9783030929725

Standard No.: 10.1007/978-3-030-92972-5doiSubjects--Topical Terms:

3593596
Metrology
--Technological innovations.

LC Class. No.: QC88 / .P86 2022

Dewey Class. No.: 389.1

Passive optical resonators for next-generation attosecond metrology
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505 0 $a Introduction -- Cavity-enhanced high-order harmonic generation for attosecond metrology -- Next-generation enhancement cavities for attosecond metrology - an outlook.
520 $a This book introduces readers to the development of a new generation of high pulse-repetition frequency instruments for multi-dimensional attosecond-resolution photoelectron spectroscopy (attosecond PES) It investigates the power scaling of femtosecond enhancement cavities for efficient intracavity high-harmonics generation (HHG) Further, it derives and verifies advanced resonator designs that feature large illuminated spots on all mirrors, which mitigate both intensity- and thermally-induced enhancement limitations. The dynamics of a high-finesse, passive resonator in the presence of a highly nonlinear optical process such as HHG are quantitatively investigated, both theoretically and experimentally. These investigations are instrumental in achieving the holistic optimization of the XUV source reported on here, which for the first time reached intracavity HHG conversion efficiencies comparable to those achieved in single-pass setups with a similar gas target. Coupling out the XUV beam from the enhancement cavity by purely geometric means, employing both the fundamental and higher-order transverse Gaussian modes, is studied. This offers the advantages of robustness, low distortion to the participating pulses, and photon-energy scalability. Last but not least, the author provides a range of proof-of-principle attosecond angle-resolved PES experiments. The book gives an outlook on the possible future development of cavity-enhanced HHG and an extensive discussion on the generation of isolated XUV attosecond pulses via intracavity wavefront rotation.
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