  1. Predictions for Four Generations of Quarks Suggested by the Approach
Unifying Spins and Charges (M. Breskvar, J. Mravlje, N.Mankoc Borstnik), 2.
No-scale Supergravity and the Multiple Point Principle (C.Froggatt,
L.Laperashvili, R.Nevzorov, H.B.Nielsen), 3. The Two-Higgs Doublet Model and
the Multiple Point Principle (C.Froggatt, L.Laperashvili, R.Nevzorov,
H.B.Nielsen, M.Sher), 4. New Physics From a Dynamical Volume Element (E.
Guendelman, A. Kaganovich, E. Nissimov and S. Pacheva), 5. Randomness in Random
Dynamics (A. Kleppe), 6. An Example of Kaluza-Klein-like Theories Leading After
Compactification to Massless Spinors Coupled to a Gauge Field-Derivations and
Proofs (N. Mankoc Borstnik, H. B. Nielsen and D. Lukman), 7. Geometry Decides
Gravity, Demanding General Relativity-it is Thus the Quantum Theory of Gravity
(R. Mirman), 8. Physics Would Be Impossible in Any Dimension But 3+1 - There
Could Be Only Empty Universes (R. Mirman),9. Conservation of Energy Prohibits
Proton Decay (R. Mirman), 10. Approximate Solutions for the Higgs Masses and
Couplings in the NMSSM (R. Nevzorov and D.J. Miller)
