• Homepage
  • Navigation
  • Search
  • Content
  • Footer
  • Contact
  • Sitemap

Ultrafast Laser Physics

Main Navigation

  • Homepage
  • News(active)
    • To homepage
    • Main menu
    • NewsSee overview
    • Archive
    • Archive Laser Seminars
  • The Group
    • To homepage
    • Main menu
    • The GroupSee overview
    • How to Find Us
    • Open Positions
    • Group structure
    • Our vision for PhD/Doktorat
    • Inspiring Conversations with Women Professors
    • Safety
    • ... and we have fun
    • Links
  • People
    • To homepage
    • Main menu
    • PeopleSee overview
    • Head of Research
    • Office Manager
    • Technical Staff
    • Postdocs / Subgroup Leaders
    • PhD Students
    • Visiting PhD Students
    • Alumni
  • Education
    • To homepage
    • Main menu
    • EducationSee overview
    • Lectures
      • To homepage
      • Education
      • LecturesSee overview
      • Physik III
        • To homepage
        • Lectures
        • Physik IIISee overview
        • Unterlagen
        • Übungen
        • Assistenz
      • Physik II
        • To homepage
        • Lectures
        • Physik IISee overview
        • Unterlagen
        • Übungen
        • Assistenz
      • Ultrafast Laser Physics
        • To homepage
        • Lectures
        • Ultrafast Laser PhysicsSee overview
        • Viewgraphs
        • Videos
      • Quantenelektronik
        • To homepage
        • Lectures
        • QuantenelektronikSee overview
        • Übungen
        • Assistenz
      • Ionization of Atomic Systems
      • Ultrafast Electron Dynamics
      • Strong Field Laser Ionization
      • Laser-Atom Interactions
        • To homepage
        • Lectures
        • Laser-Atom InteractionsSee overview
        • Lecture Notes
      • High-Field Laser Physics
        • To homepage
        • Lectures
        • High-Field Laser PhysicsSee overview
        • Lecture Notes
      • Topics in Femto- and Attosecond Science
      • Display allDisplay less
    • Semester & Master Thesis
  • Research
    • To homepage
    • Main menu
    • ResearchSee overview
    • SESAM
      • To homepage
      • Research
      • SESAMSee overview
      • What is a SESAM?
      • Milestones
      • Antiresonant versus resonant
      • SESAM parameters
      • SESAM damage
      • Fast vs slow SESAM
      • Display allDisplay less
    • Ultrafast solid-state lasers
      • To homepage
      • Research
      • Ultrafast solid-state lasersSee overview
      • Graduate textbook published in 2022
      • Reviews for modelocked solid-state laser
      • Overview: Q-Switched microchip
    • Thin Disk Laser
      • To homepage
      • Research
      • Thin Disk LaserSee overview
      • Ultrafast thin disk laser
      • Power and energy scaling
      • Scaling to sub-100 fs
      • Oscillator driven high harmonic generation
      • Milestones
      • Overview March 2016
      • Display allDisplay less
    • VECSEL / MIXSEL
      • To homepage
      • Research
      • VECSEL / MIXSELSee overview
      • VECSEL basics
      • MIXSEL
      • Electrically pumped VECSELs and MIXSELs
      • Milestone results
      • Watch out for ...
      • Overview April 2013
      • Overview Tutorial Jan. 2020
      • Project funding
      • Media
      • Display allDisplay less
    • Frequency Combs
      • To homepage
      • Research
      • Frequency CombsSee overview
      • CEO phase /CEP
      • Timing jitter
      • Comb stabilization
      • Solid-state vs fiber lasers
      • Dual-comb generation
      • Ultrafast gigahertz lasers
        • To homepage
        • Frequency Combs
        • Ultrafast gigahertz lasersSee overview
        • Overview 2015
        • Overview 2012
      • Gigahertz combs stabilized
      • Display allDisplay less
    • MIR OPCPA
      • To homepage
      • Research
      • MIR OPCPASee overview
      • APPLN devices
      • Apodization
      • Milestones
    • Attosecond Science
      • To homepage
      • Research
      • Attosecond ScienceSee overview
      • High-order harmonic generation (HHG)
      • Reconstruction of attosecond pulses (free Software)
      • Quantum path interference (QPI)
      • Photoemission time delays
        • To homepage
        • Attosecond Science
        • Photoemission time delaysSee overview
        • from atoms
        • from molecules
        • from condensed matter (time-resolved ARPES)
        • angular-resolved – how?
      • Breakdown of dipole approximation
      • Petahertz spectroscopy
      • Display allDisplay less
    • Attoline
      • To homepage
      • Research
      • AttolineSee overview
      • Initial phase
      • Transient absorption
    • Attoclock
      • To homepage
      • Research
      • AttoclockSee overview
      • Attoclock Principle
      • Tunneling delay time
      • Tunnel geometry
      • Timing double ionization
    • NCCR MUST
    • Research Overview 2006-2012
    • Research Overview before 2005
  • Publications & Awards
    • To homepage
    • Main menu
    • Publications & AwardsSee overview
    • Journal Articles
    • Selected
    • Books
    • Habilitations
    • PhD Theses
    • Master's & Diploma theses
    • Awards
  • Videos
    • To homepage
    • Main menu
    • VideosSee overview
    • Optica Sensing Congress 2023, Dual-comb lidar talk
    • Semiconductor disk lasers and SESAMs: material and design optimization
    • Online student lecture for Applied Physics, Optics & Electronics at Stanford University 2021
    • Self Referenced CEO Frequency Detection of a 10 GHz Laser Enabled by Highly Efficient Nonlinear Waveguides
    • Free-running femtosecond dual-comb Yb:CaF2 laser for optical sampling
    • Cleo 2020, Award-winning Talk
    • OPIC 2019, Plenary Talk
    • Nano Tera 2016, MIXSEL 2
    • The Zurich Physics Colloquium 2016
    • Photonics West 2014, Plenary Lecture
    • Physics at FOM 2014, Opening Lecture
    • Physics at FOM 2014, Master Class
    • 59th annual international conference for students of physics and natural sciences
  • Spin-Offs

Services

  • Student portal
  • Alumni association
  • Staffnet
  • Contact
  • Login

Search

EN

Departments

  • ETH Zurich
  • D-PHYS
  • IQE
  • Ultrafast Laser Physics

Language Selection

  • English

You are here

  • Homepage chevron_right
  • News chevron_right
  • …
  • Archive chevron_right
  • 2019 chevron_right
  • 12

12

Sub-femtosecond timing of the linear momentum transfer to the photoelectron in multi-photon ionization

With the attoclock we measured how much momentum is transferred to the photoelectron in the direction of laser propagation with sub-femtosecond resolution at high laser intensities, where multiple photons are involved in the ionization process. This has been an unresolved question.

05.12.2019 by Benjamin Willenberg

Footer

Search

Services

  • Student portal
  • Alumni association
  • Staffnet
  • Contact
  • Login

Departments

  • D-ARCH Architecture
  • D-BAUG Civil, Environmental and Geomatic Engineering
  • D-BIOL Biology
  • D-BSSE Biosystems Science and Engineering
  • D-CHAB Chemistry and Applied Biosciences
  • D-EAPS Earth and Planetary Sciences
  • D-GESS Humanities, Social and Political Sciences
  • D-HEST Health Sciences and Technology
  • D-INFK Computer Science
  • D-ITET Information Technology and Electrical Engineering
  • D-MATH Mathematics
  • D-MATL Department of Materials
  • D-MAVT Mechanical and Process Engineering
  • D-MTEC Management, Technology and Economics
  • D-PHYS Physics
  • D-USYS Environmental Systems Science

Table of contents and legal

  • Sitemap
  • Imprint
  • Accessibility Statement
  • Disclaimer & Copyright
  • Privacy Policy
© 2025  Eidgenössische Technische Hochschule Zürich
JavaScript has been disabled in your browser