1. Introduction

2. Twenty-one key antiproton experiments

3. QCD on the light front

4. Light-front wave functions and QCD phenomenology

5. Perturbative QCD and exclusive processes

6. The pion form factor

7. Perturbative QCD calculation of baryon form factors

8. Timelike proton form factors

9. Single-spin asymmetry and the phase of timelike form factors

10. Compton scattering

11. Hadron helicity conservation

12. Other hard exclusive processes

13. Heavy-quark components of the proton structure function

14. The strange-quark asymmetry

15.The infrared behavior of effective QCD couplings

16. The role of conformal symmetry in QCD phenomenology

17. The AFS/CFT correspondence and conformal properties of hadronic light-front wave functions

18. Applicability of PQCD and conformal symmetry to hard exclusive processes

19. Color transparency

20. Measuring light-front wave functions in QCD and testing color transparency using diffractive dissociation

21. The generalized Crewther relation

22. Effective charges and unification

23. Conclusions on commensurate scale relations

24. Inclusive reactions: complications from final-state interactions

25. Single-spin asymmetries in Drell-Yan processes

26. Crossing

27. The origin of nuclear shadowing and antishadowing

28. Conclusions