3D models of the STAR detector, the RHIC accelerator complex, a prototype of an event display for the STAR experiment in SketchUp
Tai Sakuma
I drew the STAR detector and the RHIC accelerator complex in SketchUp. Also, I built a prototype of an event display for the STAR experiment by using SketchUp Ruby API. This page shows image files generated in this project.
A cross sectional view of the STAR detector. This figure was used in Phys. Rev. D 86, 032006 (2012) (DOI: 10.1103/PhysRevD.86.032006 )
The same 3D model as in the previous figure but in perspective. This figure has been often used in presentations at scientific meetings.
The RHIC accelerator complex
The Beam-Beam Counters (BBC)
The Barrel Electromagnetic Calorimeter (BEMC)
A BEMC Module
The geometry of the calorimeter towers in a BEMC module
The Time Projection Chamber (TPC)
The solenoidal magnet subsystem
Jet η and detector η
The following three figures illustrate jets defined at the three different levels. These figures have been used several times in scientific meetings, e.g., the slide 4 of a presentation at APS 2010 .
A high-pT back-to-back dijet event at the detector level. The solid trajectories indicate TPC track measurements while the lego blocks indicate energy deposited in the BEMC towers.
A high-pT back-to-back dijet event at the hadron level
A high-pT back-to-back dijet event at the parton level
The locations of the twelve jet patches of the BJP1 trigger in Run 6. The size of a jet patch is 1.0x1.0 in the η-φ coordinate system. Each jet patch contains 400 BEMC towers. This figure was used in Phys. Rev. D 86, 032006 (2012) (DOI: 10.1103/PhysRevD.86.032006 )
I developed a prototype of an event display for the STAR experiment using the SketchUp Ruby API. This prototype was used in jet analyses, in particular, in establishing a jet definition and determining background events.
Two snapshots showing a prototype of an event display for the STAR experiment