| Author | Title | Page |
|---|---|---|
| Naonori Ishii and Katsuaki Yoshida | The automorphism group of a cyclic p-gonal curve | 1 |
| Hiroaki Niikuni | Identification of the absent spectral gaps in a class of generalized Kronig-Penney Hamiltonians | 39 |
| Aleksander Grytczuk | Upper bound for sum divisors function and the Riemann hypothesis | 67 |
| Elisabetta Barletta | The Lichnerowicz theorem on CR manifolds | 77 |
| Takao Hayami | Hochschild cohomology ring of the integral group ring of dihedral groups | 99 |
| Teruyuki Yorioka | Independent families of destructible gaps | 129 |
| Hideo Kubo and Sandra Lucente | Note on weighted Strichartz estimates for Klein-Gordon equations with potential | 143 |
| Shichang Shu | Curvature and rigidity of Willmore submanifolds | 175 |
| Mitsuhiro Itoh and Takanari Saotome | The Serre duality theorem for holomorphic vector bundles over a strongly pseudo-convex manifold | 197 |
| Jiryo Komeda and Akira Ohbuchi | On double coverings of a pointed non-singular curve with any Weierstrass semigroup | 205 |
| Author | Title | Page |
|---|---|---|
| Luigia Di Terlizzi, Jerzy J. Konderak and Robert Wolak | A generalization of the Boothby-Wang theorem | 217 |
| Mayuko Kon | Ricci recurrent CR submanifolds of a complex space form | 233 |
| Saburo Uchiyama | A further note on the generalized Josephus problem | 253 |
| Hyunjin Lee | Riemannian manifolds referred to warped product models | 261 |
| Katsumi AKAHORI | Remarks on the Clifford index of algebraic curves | 271 |
| Katsumi AKAHORI | Normal generation of line bundles of degree 2g-2h1(L)-Cliff(X)-k(k = 2,3,4) on Curves | 283 |
| Ryuji Sasaki | Hermitian Jacobi Forms of index one | 301 |
| Kiyoshi Mochizuki | On scattering for wave equations with time dependent coefficients | 327 |
| Takashi Sakai | Transferred kinematic formulae in two point homogeneous spaces | 343 |
| Masaya Tomie | Group presentation of the Schur-multiplier derived from a loop group | 355 |
| Kouhei Miura | Construction of harmonic maps between semi-Riemannian spheres | 397 |