Buchkapitel (30)
361.
Buchkapitel
Replicable rooms and boundary shrinkable skyscrapers. In: The disc embedding theorem, S. 385 - 389 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
362.
Buchkapitel
Context for the disc embedding theorem. In: The disc embedding theorem, S. 1 - 26 (Hg. Behrens, S.; Boldizsár, K.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
363.
Buchkapitel
The Whitehead decomposition. In: The disc embedding theorem, S. 95 - 102 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
364.
Buchkapitel
Decomposition space theory and the Bing shrinking criterion. In: The disc embedding theorem, S. 63 - 75 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
365.
Buchkapitel
Grope height raising and 1-storey capped towers. In: The disc embedding theorem, S. 239 - 251 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
366.
Buchkapitel
Mixed Bing-Whitehead decompositions. In: The disc embedding theorem, S. 103 - 113 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
367.
Buchkapitel
The collar adding lemma. In: The disc embedding theorem, S. 391 - 394 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
368.
Buchkapitel
Good groups. In: The disc embedding theorem, S. 273 - 282 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
369.
Buchkapitel
Open problems. In: The disc embedding theorem, S. 353 - 382 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
370.
Buchkapitel
The Hasse norm principle in global function fields. In: Women in numbers Europe III: research directions in number theory, S. 275 - 290 (Hg. Cojocaru, A. C.; Ionica, S.; Lorenzo García, E.). Springer, Cham (2021)
371.
Buchkapitel
Picture camp. In: The disc embedding theorem, S. 185 - 210 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
372.
Buchkapitel
Shrinking starlike sets. In: The disc embedding theorem, S. 115 - 129 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
373.
Buchkapitel
Tower height raising and embedding. In: The disc embedding theorem, S. 253 - 270 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
374.
Buchkapitel
The s-cobordism theorem, the sphere embedding theorem, and the Poincaré conjecture. In: The disc embedding theorem, S. 283 - 293 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
375.
Buchkapitel
Surgery theory and the classification of closed, simply connected 4-manifolds. In: The disc embedding theorem, S. 331 - 351 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
376.
Buchkapitel
From the Carlitz exponential to Drinfeld modular forms. In: Arithmetic and geometry over local fields: VIASM 2018, S. 93 - 177 (Hg. Anglès, B.; Ngo Dac, T.). Springer, Cham (2021)
377.
Buchkapitel
From immersed disc to capped gropes. In: The disc embedding theorem, S. 227 - 238 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
378.
Buchkapitel
Intersection numbers and the statement of the disc embedding theorem. In: The disc embedding theorem, S. 155 - 170 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
379.
Buchkapitel
Gropes, towers and skyscrapers. In: The disc embedding theorem, S. 171 - 184 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)
380.
Buchkapitel
Basic geometric constructions. In: The disc embedding theorem, S. 217 - 226 (Hg. Behrens, S.; Kalmár, B.; Kim, M. H.; Powell, M.; Ray, A.). Oxford University Press, Oxford (2021)