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Project Team

Project Management

The Project Management Office, based at the University of Rochester, is responsible for oversight of all work elements to ensure that the project meets its performance goals and is delivered on budget and on schedule.

The team is also responsible for monitoring the progression and development of system designs and for reviewing and providing input to proposed technical changes involving system interfaces.

zuegul square
Jon Zuegel
Project Director
ehill
Elizabeth Hill
Project Manager
velynda
Velynda Bertomen
Deputy Project Manager
bromage
Jake Bromage
Lead Laser Scientist
mbarc
Matthew Barczys
Lead Systems Engineer
house
Scott Householder
Chief Safety Officer

Laser Science

The laser science team works with the project management team to clearly define and coordinate laser science aspects of the project. They are responsible for the overall design of the laser system, working as a bridge between Laser Science and others to ensure that the technical and functional requirements are met.

swb
Seung-Whan Bahk
Dispersion Control & Wavefront Control
chengyong
Chengyong Feng
Front-End Amplifiers & Pump Lasers
cheonha
Cheonha Jeon
Dofirmable Mirror & Plasma Mirrors
bkru
Brian Kruschwitz
Wavefront Control & Omega EP System Science
epower
Erik Power
ACoDA Modeling & Technologies
sid
Sid Sampat
AMICA Modeling
webb
Ben Webb
Compressor Design & Short-Pulse Diagnostics

Design

The design team is responsible for developing requirements and concepts for beam focusing, co-timing, and co-pointing. The design effort also includes multiple focusing geometries and on-target pulse width adjustability.

ehill
Elizabeth Hill
Front End Systems
nagitha
Nagitha Ekanayake
Beamlines
abol
Alex Bolognesi
Pumps
jkwi
Joe Kwiatkowski
Compression and Beam Transport
mkri
Mike Krieger
Experimental Systems
ivancic
Steve Ivancic
Diagnostic Development
nlan
Nate Landis
Controls
hubbard
Mike Hubbard
Information Technology

Prototyping

The prototyping team addresses the three areas of highest risk that have been identified for the RI-1 project:

  1. The development of actively cooled disk amplifiers (ACoDA),
  2. The development of a manufacturing process to produce large aperture gratings, and
  3. The manufacturing process for growing large boules of highly uniform deuterated potassium dihydrogen phosphate (DKDP) crystals.

The demonstration of these prototypes and processes will allow a future implementation project to be ready for final design in the first one to two years.

epower
Erik Power
Actively Cooled Disk Amplifiers
bromage
Jake Bromage
Grating Development
cdor
Christophe Dorrer
Large Aperture Crystals