Expenses
$49 taxi
$35 bus
$40 registration




FESR
Hybrid Duality  (Hariri)
	Resonances <--> Regge
	Background <--> Pomeron

Barrelet zeros
	from pi N scattering
	use for continuity (ambiguity resolution)
	unitarity helps

how does backward pi N or pi pi work?
how do we get rid of Pomeron duaslity to non q qbar

pi pi scattering ambiguity near k kbar thrreshold

WHY NO HIGH ENERGY E110 like expts

what does e+e- give

Lattice theory mixes particles and decays as in BOX
Can disentangle to get width


SCIDAC Grand collaboration

Baryons
=======
CMB
Dytman
Do analysis at PWA amplituse level
CDD poleds go to real axis as switch off coupling
fake poles (molecules of k kbar) disappear to infinity as
coupling goes to sero

one partial wave at a time ********************
lousy pi pi N data

are large widths realistic

GWU
====
Fit all partial waves simulataneously
wrong bsckground model "effective langrangian"
Background has wrong phase and wrong energy dependence

Analyses do not distinguish model from results
as implicitly asume world is theory1 + theory2
NOT a single theory with different faces

Spain
=====
Another nuclear physics approach
Quite wrong
Fits data well!!!!!!!

Manley
------
K matrix ONLY resnance
Background multiplicative matrix

pichowsky
=========
kent state worked with craig roberets anl
exact 3 partricle unitarity

Workman GWU
===========
Straightforward quality analysis
came from Roper-Arndt VPI group but transferred to GWU
when leaders left


1) Page 3
Gateway application data describes science codes themselves.
Is this upto date?

2) Page 3
ChemicalML marks up domain specific data.
Does anybody really use this?

3) Page 31
   25 50 75 3 are the step sizes for each dim
   should step size be number of steps
   isnt stride same as step size
   Maybe need more detail
   I think I know what a hyperslab is but not certain
   Is there a picture
 
4) Slide 34
   Need more detail on Grid & Topologies with pictures
   
5) Slide 55
   Need more on HDF5

XML and Applications to Science and Computing Information Systems

Instructor: Dr. Geoffrey Fox
Course Length: 4 hours
Tutorial Description: The morning session of this tutorial will describe current
approaches to information systems built around XML specifications for all
interfaces. The basics of XML will be taught, using the approach based on Schema
with examples from computing portals and simple information systems. The instructor
will describe how to construct a distributed environment using Web Services and the
SOAP transport protocol. Basic applications such as Dublin Core (bibliographic) and
RSS (News Groups) will also be discussed. Advanced topics to be covered in the
afternoon session will include the XML linkage to Java and Databases. The level of
detail will be adjusted to audience interest. XML databases and query techniques
will be described. Advanced applications will include topics such as RDF (Metadata)
and XML specified services in Computational Grids.