Enrique Ramírez de Arellano,
Prefacio, ix—x.
Preface, xi.
Alejandro Adem Díaz de León,
Semblanza biográfica de José Adem (1921–1991), xii— xiv.
José Adem (1921–1991): a biographical sketch, xv—xvi.
Alejandro Adem, R. James Milgram,
Invariants and cohomology of groups,
1—25.
M. A. Aguilar,
Characteristic numbers for the bordism of immersions, 27—39.
A. K. Bousfield, Donald M. Davis,
On the unstable Adams spectral sequence for SO and U, and splittings of unstable Ext groups, 41—53.
F. R. Cohen,
On the Whitehead square, Cayley-Dickson algebras, and rational functions, 55—62.
Joel M. Cohen, Flavia Colonna,
The Bloch space of a homogeneous tree, 63—82.
M. C. Crabb, I. M. James,
Fibrewise configuration spaces, 83—97.
M. D. Crossley, J. R. Hubbuck,
Not the Adem relations, 99—107.
H. Dherte, Y. Félix,
Free circle actions on rational suspensions, 109—113.
Tammo tom Dieck,
Optimal rational curves and homotopy planes, 115—138.
Hai Bao Duan, Elmer G. Rees,
Functions whose critical set consists of two connected manifolds, 139—149.
Edward Fadell, Sufian Husseini,
Category weight and Steenrod operations, 151—161.
Yasukuni Furukawa,
Whitehead square in ex-homotopy theory, 163—165.
Samuel Gitler,
The cohomology of blow ups, 167—175.
J.F. Glazebrook, D.Sundararaman,
Deformations of foliated quaternionic structures and the twistor correspondence, 177—187.
Peter Greenberg,
Les espaces de bracelets, les complexes de Stasheff et le groupe de Thompson, 189—201.
John R. Harper,
Relations in the mod 3 cohomology algebra of a space, 203—214.
Lars Hesselholt, Ib Madsen,
The $S1$-Tate spectrum for $J$, 215—240.
Hugh M. Hilden, María Teresa Lozano, José María Montesinos-Amilibia,
On the character variety of group representations of a 2-bridge link $p/3$ into $PSL(2,C)$,
241—262.
Peter Hilton, Christopher Schuck,
Calculating the genus of certain nilpotent groups, 263—269.
Michael J. Hopkins, Douglas C. Ravenel,
Suspension spectra are harmonic, 271—279.
Mitsunori Imaoka,
Unstable elements related to the stable homotopy of projective spaces, 281—288.
Solomon M. Jekel,
Real analytic Γ-structures with one leaf on the torus, 289—291.
Donald W. Kahn,
Twisted tori and the characteristic classes of a self-equivalence, 293—302.
George R. Kempf, José Muñoz Porras,
Equations for curves in their Jacobians, 303—308.
John Klippenstein, Luciano Lomonaco,
On the coefficients of the double total squaring operation, 309—316.
Stanley O. Kochman,
The symplectic Atiyah-Hirzebruch spectral sequence for spheres, 317—338.
Wên Hsiung Lin,
EHP spectral sequence in the lambda algebra, 339—353.
W. S. Massey,
The homotopy type of certain configuration spaces, 355—365.
C. A. McGibbon, Joseph Roitberg,
Phantom maps and rational equivalences. II, 367—381.
Haynes Miller,
Finite localizations, 383—389.
Norihiko Minami,
On the odd-primary stable $J$-homomorphism, 391—399.
Kenneth G. Monks,
Nilpotence in the Steenrod algebra, 401—416.
Guillermo Moreno,
Spherical classes in the bordism of the torsion molecule, 417—429.
R. Schwänzl, R. Vogt,
Homotopy homomorphisms and the hammock localization, 431—448.
José Seade,
The index of a vector field under blow ups, 449—461.
Daniel B. Shapiro, Marek Szyjewski,
Product formulas for quadratic forms, 463—474.
Michael Slack,
The length of Dyer-Lashof operations and stable Postnikov systems, 475—478.
Tara L. Smith, Paul Yiu,
Constructions of sums of squares formulae with integer coefficients, 479—495.
Victor P. Snaith,
Explicit Brauer induction and Shintani descent, 497—517.
E. Spanier,
On equivariant cohomology, 519—524.
Wacław Szymański,
Closedness of compressions of families of Hilbert space operators, 525—533.
Charles B. Thomas,
Modular representations and the cohomology of finite Chevalley groups, 535—543.
K. Tsukiyama,
An uncountable group of fibre homotopy equivalences, 545—548.
Wolmer V. Vasconcelos,
The top of a system of equations, 549—556.
Takashi Watanabe,
On the Chern character homomorphisms of $SO(n)$ and Spin$(n)$, 557—577.
Tsutomu Yasui,
Vector bundle epimorphisms and submersions, 579—585.
Todo el contenido del Boletín de la Sociedad Matemática Mexicana (Segunda Serie) es propiedad intelectual de la Sociedad Matemática Mexicana, A.C. Con apoyo financiero de FORDECYT.