Skip to main content
SLAC National Accelerator Laboratory
LCLSLinac Coherent Light Source

User Portal Login   |  LCLS Internal Site

  • About
    • Learn about XFELs
    • Organizational Chart
    • People & Committees
      • Leadership
      • Users' Executive Committee
      • Scientific Advisory Committee
      • LCLS Detector Advisory Committee
      • Proposal Review Panel
      • SLAC Photon Science Faculty
      • Users' Recognition Award
      • Young Investigator Award
    • Strategic Plan 2023-2028
    • Our Science
    • Internships
      • Intern Testimonials
      • Summer Student Poster Sessions
    • Jobs
    • Multimedia
      • Virtual Tours
      • Fact Sheets & Infographics
      • Image Gallery
      • Youtube Videos
    • Coming to SLAC
    • Contact Us
  • User Resources
    • User Research Administration (URA) Office
    • Schedules
    • Proposals
      • Run 27 Proposal Call
      • Proposal Preparation Guidelines
      • MeV-UED Proposals
      • Proposal Review Process
      • Universal Proposal System (UPS)
      • Submit Proposal
      • Archived Proposal Calls
    • User Agreements
    • Policies
    • Proprietary Research
    • Safety & Training
      • Work Planning & Control
      • LCLS Building Orientation
      • Hutch 6 Non-Permit Confined Space Training
      • Sample Delivery Training
      • Sample Prep Lab Training
    • SLAC User Access Requirements
      • Computer Accounts
      • Data Collection & Analysis (PCDS)
      • DAQ
      • Shipping Equipment & Materials
      • Financial Accounts
  • Publications
    • LCLS Publications
      • Archived Publications
    • Search Publications
    • Submit New Publication
    • Acknowledgements
  • Instruments
    • chemRIXS
      • Science Goals
      • Experimental Methods
      • Specifications
      • Standard Configurations
      • Publications
    • CXI
      • Experimental Methods
      • Specifications
      • Components
      • Standard Configurations
      • Publications
    • MEC
      • Science Goals
      • Experimental Methods
      • Specifications
      • Diagnostics & Components
      • Standard Configurations
      • Lasers & Beam Delivery
      • Publications
    • MFX
      • Science Goals
      • Experimental Methods
      • Specifications
      • Standard Configurations
      • Publications
      • MFX Team
    • qRIXS
      • Science Goals
      • Experimental Methods
      • Layout & Specifications
      • Capabilities
    • TMO
      • Science Goals
      • Layout & Specifications
      • Standard Configuration
      • Publications
    • TXI
      • Science Goals
      • Experimental Methods
      • Layout & Specifications
    • XCS
      • Experimental Methods
      • Specifications
      • Components
      • Standard Configurations
      • Operation Modes
      • Publications
    • XPP
      • Science Goals
      • Experimental Methods
      • Specifications
      • Components
      • Standard Configurations
      • Publications
    • MeV-UED
      • Specifications
      • Run 6 Scientific Capabilities
      • Schematics
      • Endstations
      • Proposals
      • Proposal Review Process
      • Schedule
      • Publications
    • LCLS-II-HE
    • DXS
      • Science Goals
      • Experimental Methods
      • Specifications
    • Instrument Maps
    • Standard Configurations
  • Machine
    • Schedules
    • Machine Status
    • Machine FAQ (NC Linac)
    • Parameters
  • Projects
    • LCLS-II
      • Science
      • Design & Performance
      • Commissioning
    • LCLS-II-HE
      • Science
      • Design & Performance
      • Meetings and Reports
      • Instruments
      • LCLS-II-HE Checkout & Commissioning Dashboard
      • Internal Site
    • MEC-U
      • Science Mission
      • Design & Performance
      • Workshops & Meetings
      • Publications
      • News
      • Resources & Photos
      • Internal Site
  • Departments
    • SRD Leadership
    • Atomic, Molecular, & Optical Sciences
      • Research Interests
      • People
      • Research Highlights
      • Attosecond Science Campaign
    • Biological Sciences & Sample Preparations
      • Sample Environment & Delivery
      • Sample Preparation Laboratories
      • Biolabs at the Arrillaga Science Center (ASC)
      • Equipment Inventory
      • Chemical Inventory
    • Chemical Sciences
      • Research Interests
      • People
      • News & Highlights
      • Publications
    • Laser Sciences
      • Research Interests
      • Laser Capabilities​
      • People
      • User Resources
    • Material Sciences
      • Research Interests
      • People
      • Research Highlights
    • Matter in Extreme Conditions
      • Research Interests
      • People
      • Publications
    • Detectors
      • Technologies
      • People
      • User Resources
    • Experiment Control Systems
      • Leadership
    • Experiment Data Systems
      • Infrastructure
      • People
      • Projects
      • User Resources
      • Publications
  • News
    • Science News
    • Announcements
    • External News Features
      • Archive
  • Links

Breadcrumb

  1. Home
  2. Departments
  3. Atomic, Molecular, & Optical Sciences (AMO)
  4. …
Facebook Share X Post LinkedIn Share Email Send
  • SRD Leadership
  • Atomic, Molecular, & Optical Sciences
    • Research Interests
    • People
    • Research Highlights
    • Attosecond Science Campaign
  • Biological Sciences & Sample Preparations
    • Sample Environment & Delivery
    • Sample Preparation Laboratories
    • Biolabs at the Arrillaga Science Center (ASC)
    • Equipment Inventory
    • Chemical Inventory
  • Chemical Sciences
    • Research Interests
    • People
    • News & Highlights
    • Publications
  • Laser Sciences
    • Research Interests
    • Laser Capabilities​
    • People
    • User Resources
  • Material Sciences
    • Research Interests
    • People
    • Research Highlights
  • Matter in Extreme Conditions
    • Research Interests
    • People
    • Publications
  • Detectors
    • Technologies
    • People
    • User Resources
  • Experiment Control Systems
    • Leadership
  • Experiment Data Systems
    • Infrastructure
    • People
    • Projects
    • User Resources
    • Publications

Attosecond Science Campaign

charge migration
(Gilbert Grell, Alcia Palacios, and  Fernando Martin https://doi.org/10.1103/PhysRevResearch.5.023092)

Realtime Observation of Ultrafast Electron Motion

This is the LCLS lead campaign in attosecond science. We will perform measurements of attosecond electron dynamics and subsequent coupling to nuclear motion using the soft X-ray attosecond capabilities of the LCLS. The continuous tunability and orders-of-magnitude pulse energy increase (compared to any previous attosecond source) produced by enhanced SASE operation at the LCLS enable a suite of nonlinear spectroscopies which are unavailable elsewhere. We attempt to make use of these unique capabilities to perform measurements demonstrating the control and observation of coherent electronic motion on its natural attosecond timescale, and explore how it affects the subsequent motion of the nuclei to drive chemical change. This campaign will provide pioneering insights into the coherent motion of electrons and how this drives chemical change, producing incisive X-ray observables against which theory can be directly tested on an unprecedented level of detail with particular emphasis on the atomic site-specific information content of X-ray transitions.

Campaign Team

LCLS Leadership

James Cryan
Agostino Marinelli
Taran Driver
Peter Walter

SLAC

Zhaoheng Guo
Jordan O'Neal
Erik Isele
Philip Bucksbaum
David Cesar
Ryan Coffee
Joe Duris
Paris Franz
Douglas Garratt
Matthias Kling
Kirk Larsen
Siqi Li
Razib Obaid
River Robles
Nick Sudar
Anna Wang
Zhen Zhang

Argonne National Lab

Gilles Doumy
Linda Young

Lawrence Berkeley National Lab

Oliver Gessner
Daniel Slaughter
Thorsten Weber

 

Kansas State University

Daniel Rolles
Artem Rudenko

Imperial College, London

Vitali Averbukh
Oliver Alexander
Jon Marangos
Marco Ruberti

Universidad Autonoma de Madrid

Gilbert Grell
Solene Oberli
Fernando Martin
Antonio Picon
Alicia Palacios

Paul Scherrer Institut

Christoph Bostedt
Andre Al-Haddad

The Ohio State University

Greg McCracken
Daniel Tuthill
Lou DiMauro

University of Connecticut

Sandra Beauvarlet
Nora Berrah

Lousianna State University

Ken Lopata

Ludwig-Maximilians Universitat Muchen

Philipp Rosenberger

Tohoku University

Kiyoshi Ueda

Research Results and Highlights

Notable results published as part of the Attosecond Campaign Collaboration. 

Effect of the shot-to-shot variation on charge migration induced by sub-fs x-ray free-electron laser pulses

We demonstrated theoretically that the damping of the charge migration induced by 260 eV pulses in p-aminophenol due to the shot-to-shot variation of pulses generated by an XFEL is negligible in comparison to the natural damping due to the intrinsic fluctuation of the initial molecular geometry. This is an important result to validate our methodology for using attosecond XFELs to probe ultrafast charge motion.

  • Gilbert Grell et al. Phys. Rev. Research 5, 023092 (2023)

Experimental demonstration of attosecond pump–probe spectroscopy with an X-ray free-electron laser

This study reports the first pump/probe experiment with sub-fs resolution with an x-ray free-electron laser. This method opens new research directions by allowing XFEL users to directly measure the motion of electrons on its natural temporal scale. The delay is benchmarked using the angular streaking technique. We present a first observation of femtosecond electron dynamics associated with the post collision interaction.

  • Z. Guo et al. Nature Photonics 18, 691–697 (2024)
MBES
LCLS | Linac Coherent Light Source
2575 Sand Hill Road MS103
Menlo Park, CA 94025
  • Facebook
  • Twitter
  • Instagram
  • Flickr
  • Youtube
  • LinkedIn
  • Staff portal
  • Privacy policy
  • Accessibility
  • Vulnerability disclosure
SLAC
  • SLAC home
  • Maps & directions
  • Emergency info
  • Careers

© 2026 SLAC National Accelerator Laboratory is operated by Stanford University for the U.S. Department of Energy Office of Science.

Stanford University U.S. Department of Energy
Top Top
Back to top Back to top