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PTC: Polymorphic Tracking Code (Etienne Forest)

PTC: Polymorphic Tracking Code (Etienne Forest). Powerful orbit tracking and analysis tools Spin subroutines (2009) Invariant spin field (ISF) via Normal form Stroboscopic average Resonance strengths Partial derivatives  n /  p x,  n /  p y ,  n /  

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PTC: Polymorphic Tracking Code (Etienne Forest)

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  1. PTC: Polymorphic Tracking Code (Etienne Forest) • Powerful orbit tracking and analysis tools • Spin subroutines (2009) • Invariant spin field (ISF) via • Normal form • Stroboscopic average • Resonance strengths • Partial derivatives n/px, n/py , n/ • One-resonance Normal Form (Computes directly the input to the Froissart-Stora formula) • Includes spin flippers Courtesy of Dr. Sateesh Mane

  2. Example: MIT-Bates South Hall Ring • Polarized electrons 850 MeV • Internal gas jet target • Siberian Snake(superconducting solenoid) • Spin flipper • Resonance strength n/px • Linear response theory • S R Mane Nucl. Inst. Meth A 601 (2009) 256-263 • Verify using PTC Perfect Match (next slide) Courtesy of Dr. Sateesh Mane

  3. n/px: MIT-Bates South Hall Ring (courtesy MIT-Bates Lab) Courtesy of Dr. Sateesh Mane

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