Boney

Results: 42



#Item
1AROUND THE SET-THEORETICAL CONSISTENCY OF D-TAMENESS OF METRIC ABSTRACT ELEMENTARY CLASSES. WILL BONEY AND PEDRO ZAMBRANO Abstract. In this paper, we prove that if κ is a almost strongly compact cardinal, then any MAEC

AROUND THE SET-THEORETICAL CONSISTENCY OF D-TAMENESS OF METRIC ABSTRACT ELEMENTARY CLASSES. WILL BONEY AND PEDRO ZAMBRANO Abstract. In this paper, we prove that if κ is a almost strongly compact cardinal, then any MAEC

Add to Reading List

Source URL: math.harvard.edu

Language: English - Date: 2015-08-22 13:14:00
    2A PRESENTATION THEOREM FOR CONTINUOUS LOGIC AND METRIC ABSTRACT ELEMENTARY CLASSES WILL BONEY Abstract. In recent years, model theory has widened its scope to include metric structures by considering real-valued models w

    A PRESENTATION THEOREM FOR CONTINUOUS LOGIC AND METRIC ABSTRACT ELEMENTARY CLASSES WILL BONEY Abstract. In recent years, model theory has widened its scope to include metric structures by considering real-valued models w

    Add to Reading List

    Source URL: math.harvard.edu

    Language: English - Date: 2016-11-01 10:05:15
      3Hanf Numbers and Presentation Theorems in AECs John Baldwin∗ Department of Mathematics, Statistics and Computer Science University of Illinois at Chicago Will Boney†

      Hanf Numbers and Presentation Theorems in AECs John Baldwin∗ Department of Mathematics, Statistics and Computer Science University of Illinois at Chicago Will Boney†

      Add to Reading List

      Source URL: math.harvard.edu

      Language: English - Date: 2016-07-25 16:06:15
        4CHAINS OF SATURATED MODELS IN AECS WILL BONEY AND SEBASTIEN VASEY Abstract. We study when a union of saturated models is saturated in the framework of tame abstract elementary classes (AECs) with amalgamation. We prove:

        CHAINS OF SATURATED MODELS IN AECS WILL BONEY AND SEBASTIEN VASEY Abstract. We study when a union of saturated models is saturated in the framework of tame abstract elementary classes (AECs) with amalgamation. We prove:

        Add to Reading List

        Source URL: math.harvard.edu

        Language: English - Date: 2017-03-09 18:04:58
          5LIMIT MODELS IN STRICTLY STABLE ABSTRACT ELEMENTARY CLASSES WILL BONEY AND MONICA M. VANDIEREN Abstract. In this paper, we examine the locality condition for non-splitting and determine the level of uniqueness of limit

          LIMIT MODELS IN STRICTLY STABLE ABSTRACT ELEMENTARY CLASSES WILL BONEY AND MONICA M. VANDIEREN Abstract. In this paper, we examine the locality condition for non-splitting and determine the level of uniqueness of limit

          Add to Reading List

          Source URL: math.harvard.edu

          Language: English - Date: 2016-02-23 20:58:24
            6CATEGORICITY AND INFINITARY LOGICS WILL BONEY AND SEBASTIEN VASEY Abstract. We point out a gap in Shelah’s proof of the following result: Claim 0.1. Let K be an abstract elementary class categorical in

            CATEGORICITY AND INFINITARY LOGICS WILL BONEY AND SEBASTIEN VASEY Abstract. We point out a gap in Shelah’s proof of the following result: Claim 0.1. Let K be an abstract elementary class categorical in

            Add to Reading List

            Source URL: math.harvard.edu

            Language: English - Date: 2015-11-03 14:12:22
              7GOOD FRAMES IN THE HART-SHELAH EXAMPLE WILL BONEY AND SEBASTIEN VASEY Abstract. For a fixed natural number n ≥ 1, the Hart-Shelah example is an abstract elementary class (AEC) with amalgamation that is categorical exac

              GOOD FRAMES IN THE HART-SHELAH EXAMPLE WILL BONEY AND SEBASTIEN VASEY Abstract. For a fixed natural number n ≥ 1, the Hart-Shelah example is an abstract elementary class (AEC) with amalgamation that is categorical exac

              Add to Reading List

              Source URL: math.harvard.edu

              Language: English - Date: 2017-11-08 10:37:07
                8COMPUTING THE NUMBER OF TYPES OF INFINITE LENGTH WILL BONEY Abstract. We show that the number of types of sequences of tuples of a fixed length can be calculated from the number of 1-types and the length of the

                COMPUTING THE NUMBER OF TYPES OF INFINITE LENGTH WILL BONEY Abstract. We show that the number of types of sequences of tuples of a fixed length can be calculated from the number of 1-types and the length of the

                Add to Reading List

                Source URL: math.harvard.edu

                Language: English - Date: 2014-05-08 19:03:23
                  9Advances in Classification Theory for Abstract Elementary Classes Will Boney A thesis submitted in partial fulfillment for the

                  Advances in Classification Theory for Abstract Elementary Classes Will Boney A thesis submitted in partial fulfillment for the

                  Add to Reading List

                  Source URL: math.harvard.edu

                  Language: English - Date: 2015-08-12 12:24:06
                    10WILL BONEY Department of Mathematics Harvard University Science Center One Oxford Street Cambridge, MA 02138

                    WILL BONEY Department of Mathematics Harvard University Science Center One Oxford Street Cambridge, MA 02138

                    Add to Reading List

                    Source URL: math.harvard.edu

                    Language: English - Date: 2017-10-27 11:35:48