TABLE OF CONTENTS

FOUNDATIONS OF HADRONIC MECHANICS
     I.1. Historical notes
     I.2. The open problem of the origin of irreversibility
     I.3. Problematic aspects of classical and quantum deformations
     I.4. Santilli's isotopic, genotopic, hyperstructural liftings and their isoduals
     I.5. Seven new types of Newton's equations
     1.6. Seven new types of Lagrangian and Hamiltonian mechanics
     1.7. Seven new types of quantization and their isodual
     I.8. Nonrelativistic hadronic mechanics
     I.9. Relativistic hadronic mechanics
     References of Section 1

II. OPEN RESEARCH PROBLEMS IN NEWTONIAN MECHANICS
     Suggested Research II.1
     Suggested technical assistance
     References

III. OPEN RESEARCH PROBLEMS IN ANALYTIC MECHANICS
     Proposed research III-1
     Technical assistance
     References
     Recent papers on the research proposed in Sect. III.

IV. OPEN RESEARCH PROBLEMS IN QUANTIZATION
     Proposed research IV-1
     Technical assistance
     References
     Recent papers on the research proposed in Sect. IV.

V. APPLICATION OF HADRONIC MECHANICS TO PARTICLE PHYSICS
V-1. Validity of relativistic quantum mechanics for the atomic structure
    and its expected lack of exact validity for the
    hyperdense hadronic structure
V-2. Validity of the SU(3)-color classification of hadrons and
    problematic aspects of quark models of
    hadronic structure
V-3. Selection of relativistic hadronic mechanics for the hadronic structure
V-4.Experimental verifications of relativistic hadronic mechanics
     in particle physics
V-5. Main implications of relativistic hadronic mechanics for
    the hadronic structure
     Proposed research V-5-I
     Proposed research V-5-2
     Proposed research V-5-3
    Technical assistance
V-6. Strudies on the isoquark theory
     Proposed research V-6-1
     Technical assistance
V-7. Identification of the hadronic constituents with physical particles
     V-7-A. The constituents of the neutral pion
     V-7-B. The constituents of the neutron
     V-7-C. The constituents of the remaining hadrons
     Proposed research V-7-1
     Proposed research V-7-2
     Proposed research V-7-3
     Proposed research V-7-4
     Proposed research V-7-5
     Technical assistance
V-8. Compatibility of the new structure model of hadrons with
    the SU(3) classification
     Technical assistance
V-9. Applications predicted by the new structure model of hadrons
     V-9-A. The predicted synthesis of the neutron from
    protons and electrons only and its experimental verification
     V-9-B. The predicted stimulated decay of the neutron
    and its experimental verification
     V-9-C. Conceivable practical applications.
     Technical assistance
References of Sect. 5.
Recent papers on the research proposed in Sect. V.

VI. APPLICATION OF HADRONIC MECHANICS TO NUCLEAR PHYSICS
VI-1.Expected lack of exact applicability of relativistic quantum
     mechanics for the nuclear structure.
VI-2. Isotopic branch of relativistic hadronic mechanics.
VI-3. Problematic aspects of dissipative nuclear models.
VI-4. Genotopic and hyperstructural branches of relativistic
     hadronic mechanics for nuclear physics
VI-5. First exact representation of nuclear magnetic moments
VI-6. Reconstruction of the exact SU(2)-isospin symmetry in
     nuclear physics.
VI-7. Reconstruction of the exact rotational symmetry for
     deformed-oscillating nuclei
VI-8. Novel studies on nuclear forces
VI-9. Novel studies on nuclear constituents
     Proposed research VI-1.
     Proposed research VI-2.
     Proposed research VI-3.
     Proposed research VI-4.
     Proposed research VI-5.
     Proposed research VI-6.
     Proposed research VI-7.
     Proposed research VI-8.
     Proposed research VI-9.
     Suggested technical assistance.
     References

VII. OPEN RESEARCH PROBLEM IN SCATTERING THEORY

XI. PROPOSED NEW EXPERIMENTS