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Synergia now reads accelerator lattices in MadX format.
The ComPASS collaboration received funding under the DOE SciDAC-3 program to develop and apply state-of-the-art techniques in high performance computing and applied mathematics to problems in accelerator modeling and design.
Recent work on utilizing single- and multi-GPU resources for Synergia has resulted in a factor of 20x speedup.
Recent optimization work for Synergia2 on multicore architectures has resulted in an improvement in strong scaling behavior by at least a factor of 8.
Please mark your calendars: the 2010 ComPASS all hands meeting will be in Menlo Park on December 7th and 8th, hosted by SLAC. The focus of the meeting will be on reviewing the current state of code development and application activities, enhancing collaborative work, and preparing for SciDAC3.
The ComPASS code BeamBeam3d has been enhanced at Fermilab and used to improve Tevatron running.
Fully 3D multi-beam-dynamics-process simulations of the Fermilab Tevatron have been used to support a change of chromaticity at the Tevatron, thus leading to reduced losses.
Synergia was profiled running on BlueGene/P.
The article "NEXT-GENERATION Visualization Technologies: Enabling Discoveries at EXTREME Scale" in SciDAC Review Magazine, Number 12, Spring 2009, highlights a collaboration between SciDAC Institute IUSV and ComPASS on visualization of accelerator cavity simulation using ParaView.
The article describes the work carried out by ComPASS researchers at SLAC in understanding wakefields in linear colliders through an INCITE award.
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MadX support added to Synergia