Welcome to the Fadley Group Website

Department of Physics, University of California Davis

and

Materials Sciences Division

Lawrence Berkeley National Laboratory

-------------------------------

--Some Group Projects and Activities:

Standing waves and buried interfaces

Standing wave spectromicroscopy

(scales in microns)

Spectroscopy of strongly correlated spintronic materials

 

Ultra-Low Temperature Sample Goniometer

 


The ULTG design, construction, and assembly team, with first experiments in July-August, 2007: From left--Bottom row: John Thomson (UC Davis Shop), Marco Malvestuto (Elettra), Mike Press (LBNL), Mark West (LBNL), Chuck, David Hemer (UC Davis Machine Shop); Top row: Lukasz Plucinski (Julich Research Center), Iulian Preda (Autonomous University of Madrid), and Brian Sell (UC Davis Physics, now Otterbein College)

Ultra-high speed detection: writeup and papers

(plus more technical details at: http://www-eng.lbl.gov/~jmbussat/ALS/)

Some group members and collaborators on the detector project: Bernhard Ludewigt (LBNL), Alex Kay (now at Intel), Jean-Marie Bussat (LBNL), Helmuth Spieler (LBNL), Akira Nambu (U. Tokyo, in inset, now BNL),Chuck, and Zahid Hussain (LBNL)

 

Curriculum vitae

AVS Welch Award, 2005

Helmholtz-Humboldt Prize, 2006-2007

Japanese Society for the Promotion of Science, Microbeam Analysis Committee 141 Award, 2007

Our workplace: The Lawrence Berkeley National Laboratory

The LBNL Advanced Light Source

The LBNL Materials Sciences Division

 

From Left, Bongjin Simon Mun (now Hanyang Univ., Seoul); Chuck; See-Hun Yang (now IBM Almaden Research); Norman Mannella (now University of Tennessee )

 

--Current Research and Papers:

Recent Seminar Overviewing Group Activities

Links to some recent papers, reviews, and other relevant websites:

Spectroscopy and Polaron Formation in a Colossal Magnetoresistive Oxide

Standing-Wave Studies of Buried Magnetic Interfaces

Standing-Wave Studies of Buried Magnetic Interfaces--Overview

Standing-Wave Studies of Buried-Layer Densities of States

Atomic-Scale Holography with Photoelectrons and X-Rays

Development of a Next-Generation Detector for Synchrotron Radiation Research

Future Prospects for Photoelectron Spectroscopy in the 5-15 keV Regime--Article

Future Prospects for Photoelectron Spectroscopy in the 5-15 keV Regime--Invited Talk

Future Prospects for Using X-Rays in Nanomagnetism Studies

Basic Concepts of X-Ray Photoelectron Spectroscopy--An Introductory Overview

The Study of Surface Structures by Photoelectron Diffraction and Auger Electron Diffraction--A Review

Core- and Valence-Level Photoemission--Lecture Notes, IFF Juelich Spring School, March, 2007, revised for ALC07 Conference, Kanazawa, Nov. 2008

Core- and Valence-Level Photoemission--Lecture Slides, IFF Juelich Spring School, March, 2007, revised for ALC07 Conference, Nov. 2008

Reference Data for Photoelectron Spectroscopy in the 5-15 keV Regime: Scofield Photoelectric Cross Sections for Photon Energies 1-100 keV

Theoretical Work with M.A. Van Hove Related to the Interpretation of Photoelectron Diffraction and Holography, and X-Ray Fluorescence Holography

User-Friendly Program for Simulating Photoelectron Diffraction (EDAC--Garcia de Abajo)

--Group Members, Past and Present:

Fyodor Lynen Postdoctoral Fellows Christian Papp and Benjamin Balke discussing research in surroundings familiar to them

Some group members lining up for our annual motorcycle race. From Left, Yoshi Enta, Hirosaki University, Japan (on a Harley); Brian Sell, UC Davis (Suzuki); Masa Watanabe, RIKEN, Japan (BMW)

(Plus see list in Fadley CV. Other links under development)

--Teaching/Special Lectures:

Surface Physics of Materials--Spectroscopy, Fall, 2005 (Physics 243A)

Public Lecture on Einstein's Magic Year (Video)

-------------------------------------------------------------------

Advanced School on Synchrotron Radiation and Free Electron Laser Sources, and their Multidisciplinary Applications

International Center for Theoretical Physics, Trieste, Italy

Course on Surface and Interface Science, Photoelectron Spectroscopy and Related Techniques

April 16-18, 2008

Some Photos of the 2008 Photoemission Gang at Work (Link to Album)

Slide Set 1-2008--Introduction to surface/interface/nano science

Slide Set 2-2008--Electronic structure review, basic technigues

Slide Set 3-2008 --Instrumentation, peak intensities, photoelectron

diffraction, x-ray optics & standing waves

Slide Set 4-2008--Valence band studies, various core-level effects

Answers to Exercises-2008--Suggested answers to lecture questions and computer exercises

----------------------------------------------------------------------------------

--->To UC Davis Physics Department Homepage