This workshop covered experimental and theoretical work in understanding the spectrum and structure of excited nucleons. The audience were nuclear and high energy physicists. The workshop gives a snapshot of the present status of the field.

Inhalt
Plenary Session Presentations.- Opportunities and Challenges for Theory in the N program.- Experimental Challenges of the N program.- Baryon Spectroscopy in Lattice QCD with Spin Identification.- Overview: Phenomenological approaches to N extraction.- Extraction of Resonance Parameter.- Complete Pseudoscalar Photo-production Measurements.- Results from Polarized Experiments at LEGS and GRAAL.- Nucleon to and Form Factors in lattice QCD.- Nucleon Resonance Electrocouplings from the CLAS Meson Electroproduction Data.- EBAC-DCC analysis of world data of N, N, and N(e, e) reactions.- Baryon wave functions from lattice QCD.- Heavy Flavor Baryon States at the Tevatron.- BESIII Status and Recent Results.- Quark Models.- Excited Baryons in the 1/Nc Expansion.- N*ews From COSY.- Nucleon Resonances and Spin Structure.- Nucleon Resonances Extracted from Bonn-Gatchina coupled Channel Analysis.- Resonance-Parton Duality and the Transverse Response of Nucleons.- Baryon Resonances as Dynamically Generated States in Chiral Dynamics.- Highlights of N Experiments at MAMI.- Highlights of N* Experiments at ELSA.- Hadron Physics at J-PARC.- Towards a Model-independent Partial Wave Analysis for Pseudoscalar Meson Photoproduction.