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4 Apr 2015: But then m iseither 0 or a successor; if 0, nothing to prove; if m = k 1, then ka exists and we can then form ma as theimage of a rudimentary ... 294 PROBLEM Is ma suitable in any sense? What seems to be true is that each ka is rud, and each [a]k butthat

4 Apr 2015: Mathematical Proceedings of the Cambridge Philosophical Societyhttp://journals.cambridge.org/PSP. Additional services for Mathematical Proceedings of the Cambridge Philosophical Society:. Email alerts: Click hereSubscriptions:

16 May 2002: KA"C@=JDc3[.@]?KQ100"de_U=J Y?:557C1?f]Q@Dg5:.T3[0 2@= QB= 0"Q1?K3<hSi2T8:3U?:?:3NDj873k57.10"?:3k0lFW5:.T3bCT5:.T0 8m0"Q@Y ... E"Ū/¥¥]ª«E»4k«CB"«E/»]ªºP«eÄES/Wcª/)ÈÉSÄEªÅªHcª«E»4o"/«D7»]SÄEÁ«ÆµcFD7/»Ó"ªº"Wc«kÅ/Lc>«E

25 May 2016: The Effective Topos. J.M.E. HylandDepartment of Pure Mathematics, Cambridge, England. 0 IntroductionThe subject of this paper is the most accessible of a series of toposes whichcan be constructed from notions of realizability: it is that based on

26 Apr 2006: pjw6Onj[tkj"t8z}}nNpxoLsOvX}r6r[sOYj[v.Srt3nN vjwp3n.yro8zìáKáç!Ká%é¤èäYrodpxq6n66oLrtLn.tXrw|!pxq!sOt1Yj[hn.o.lQn6rW6r[p(o3nN6sOoLnjW6nNY!sSpxsSrBr[|!p3qYjwpÁlQntLsO}6Sz6n.nNpxr6rl

25 May 2016: The Effective Topos. J.M.E. HylandDepartment of Pure Mathematics, Cambridge, England. 0 IntroductionThe subject of this paper is the most accessible of a series of toposes whichcan be constructed from notions of realizability: it is that based on

20 Dec 2018: Coding and Cryptography. T. W. Körner. December 20, 2018. Transmitting messages is an important practical problem. Coding theoryincludes the study of compression codes which enable us to send messagescheaply and error correcting codes which ensure

29 Jan 2010: y0! (R0iig Symk F)x! (R1g! Symk F)x! (R1g Symk F)x! 0k k kA B CHere the top line is the exact sequence (2.8.1), and the bottom

8 Nov 2007: Definition 2.14. Let Σ be a 3-manifold, ḡ a Riemannian metric on Σ, and Ka symmetric covariant 2-tensor.

18 Sep 2006: Let A be a finite set and ka positive integer. Then there exists a positive integer d such that whenever Ad.