Useful Links

• Parity Working Group in Hall A
• HAPPEX-II
• PREX
• HAPPEX-III (proposal only)
• G0 homepage and  electronics page
• Bob Michael's G0 helicity page. This is the mode we will use for HAPPEX-III and PVDIS.

• C++ Annotations; cplusplus Tutorial; PAW to ROOT conversion table;
• The ROOT Primer page; The CERN ROOT page; ROOT@GSI;
• The CERN PAW page; PAW Tutorial; 

• Theses and other useful documents from previous parity experiments:
• Hall C G0: the following documents are linked to the G0 public documents page
• beam specifications: link;
• DAQ and analysis related:
• on the G0 electronics and DAQ (Forward-angle): link;
• on background subtraction, by J. van de Wiele: link;
• on the "buddy" system, a deadtime control technique, by L. Bimbot: link1 and link2;
• On the transverse beam asymmetries: by J. Mammei: link;
• Theses:
• Contribution du quark étrange à la structure électromagnétique du nucléon: Les premiers résultats de l'expérience G⁰, by Benoit Guillon: link (in French);
• A Measurement of the Strange Quark Contributions to the Electromagnetic Form Factors of the Nucleon, by Jianglai Liu: link;
• Measurement of the Strange Quark Contribution to Proton Structure Through Parity Violating Electron-Proton Scattering, by Kazutaka Nakahara: link;
• Measurement of Parity-Violating Electroweak Asymmetries in \vec e-p Scattering at 0.1<Q²<0.4(GeV/c)², by Jeff Secrest: link;
• HAPPEX-II / HAPPEX-⁴He
• Precision Measurement of the Proton Neutral Weak Form Factors at Q² ~ 0.1 GeV², by Lisa Kaufman (PDF)
• Elastic Scattering of Longitudinally Polarized Electrons from ⁴He, by Bryan Moffit (JLab Information Resources Webpage)
• HAPPEX
• Probing the Standard Model and Nucleon Structure via Parity-Violating Electron Scattering - Brian Humensky (PDF)
• Parity Violation in Forward Angle Elastic Electron-Proton Scattering - Wilson Miller (PostScript)
• Measurement of the Strange Sea of the Proton - Gary Rutledge (PDF)
• A Measurement of Parity Violating Asymmetry with Polarized Electrons Scattered from Protons and Implications for Strange Form Factors - Baris Tonguc (PostScript)
• SAMPLE at MIT/Bates
• Measurement of the Strange Quark Contribution to the Magnetic Moment of the Proton - Bryon Mueller (PostScript)
• A Measurement of the Proton Weak Magnetic Form Factor (G^Z_M) at Q²=0.1 GeV²/c² - Tony Forest (PostScript)
• Measurement of the Strange Magnetic Form Factor of the Proton Using Elastic Electron Scattering - Damon Spayde (PostScript)