LAPPD2 Theory-Based Photocathode Godparent Review

Contribution List

0. Welcome, Context & Charge

06/04/2013, 13:00

Welcome & Introduction

1. Overview: Limiting Factors and Promising Areas

Klaus Attenkofer (Brookhaven)

06/04/2013, 13:20

High QE Cathode Development

2. Bialkali Chemistry & Stoichiometry

Klaus Attenkofer (Brookhaven)

06/04/2013, 13:50

High QE Cathode Development

3. X-ray Diffraction & Other Measurements

John Smedley (Brookhaven)

06/04/2013, 14:15

High QE Cathode Development

4. Computational Methods for Cathode Design

Karoly Nemeth (IIT), Kathy Harkay (Argonne ASD)

06/04/2013, 14:40

High QE Cathode Development

10. Plasmonic Photo-Cathodes

Mike Pellin (Argonne MSD)

06/04/2013, 15:05

High QE Cathode Development

Plasmonic arrays of Ag and Al nanoparticles can dramatically enhance the absorbance of any photocathode material making the photocathode more efficient and broadening the range of photocathode materials available for the designer.

5. Emittance, Noise, QE Considerations: Making a List

Discussion: Varner and Harkay (leaders)

06/04/2013, 15:25

High QE Cathode Development

6. Sb Deposition & Cleaning by ALD

Junqi Xie (Argonne HEPD)

06/04/2013, 16:05

New Methods of Making Photocathodes: Cheaper, Faster, or More Robust

7. External Alkali Introduction

Matt Wetstein (UChicago), Razib Obaid (IIT)

06/04/2013, 16:25

New Methods of Making Photocathodes: Cheaper, Faster, or More Robust

8. ALD-based Cathodes

Anil Mane (Argonne ESD)

06/04/2013, 16:45

New Methods of Making Photocathodes: Cheaper, Faster, or More Robust

9. III-V Cathodes & Sealing

Jim Buckley (Washington Univ.)

06/04/2013, 17:05

New Methods of Making Photocathodes: Cheaper, Faster, or More Robust

11. Questions to Be Decided & Drafting of Recommendations

Committee & Proponents

06/04/2013, 17:25

New Methods of Making Photocathodes: Cheaper, Faster, or More Robust

What Material Resources & Funding Are Needed? What Expertise Is Needed? What's the Plan for the Next 6 Months

Back to the event