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The Kalām Cosmological Argument and the Infinite God Object / Jacobus Petrus ErasmusErasmus, Jacobus Petrus January 2014 (has links)
My overall claim in this paper is twofold: Firstly, the activity of developing arguments in
favour of the existence of the Christian God is tenable and worthwhile and, secondly, the
“infinite God objection” fails to undermine the kalam cosmological argument. Concerning
the former, it is often claimed that the very activity of developing arguments in favour of
God’s existence is futile. I argue, however, that such theistic arguments play an important
role in the philosophy of religion, natural theology, and apologetics. Concerning the latter
claim, I will attempt to show how the infinite God objection fails to undermine a notable
theistic argument, namely, the kalam cosmological argument. As regards this objection, the
proponents of the kalam cosmological argument face a dilemma – either an actual infinity
cannot exist or God’s knowledge cannot be infinite. More specifically, this objection claims
that God’s omniscience entails the existence of an actual infinity with God knowing an
actual infinite number of future events and mathematical truths. My solution to this
problem is that (1) God’s omniscience should be understood as maximal knowledge; (2)
the existence of abstract objects (such as numbers and propositions) should be denied; and (3) God’s knowledge is non-propositional in nature. / MPhil, North-West University, Potchefstroom Campus, 2014
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The Kalām Cosmological Argument and the Infinite God Object / Jacobus Petrus ErasmusErasmus, Jacobus Petrus January 2014 (has links)
My overall claim in this paper is twofold: Firstly, the activity of developing arguments in
favour of the existence of the Christian God is tenable and worthwhile and, secondly, the
“infinite God objection” fails to undermine the kalam cosmological argument. Concerning
the former, it is often claimed that the very activity of developing arguments in favour of
God’s existence is futile. I argue, however, that such theistic arguments play an important
role in the philosophy of religion, natural theology, and apologetics. Concerning the latter
claim, I will attempt to show how the infinite God objection fails to undermine a notable
theistic argument, namely, the kalam cosmological argument. As regards this objection, the
proponents of the kalam cosmological argument face a dilemma – either an actual infinity
cannot exist or God’s knowledge cannot be infinite. More specifically, this objection claims
that God’s omniscience entails the existence of an actual infinity with God knowing an
actual infinite number of future events and mathematical truths. My solution to this
problem is that (1) God’s omniscience should be understood as maximal knowledge; (2)
the existence of abstract objects (such as numbers and propositions) should be denied; and (3) God’s knowledge is non-propositional in nature. / MPhil, North-West University, Potchefstroom Campus, 2014
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O infinito na matemática / Infinity in mathematicsBorges, Bruno Andrade 15 December 2014 (has links)
Nesta dissertação, abordaremos os dois tipos de infinitos existentes: o infinito potencial e o infinito actual. Apresentaremos algumas situações, exemplos que caracterizam cada um desses dois tipos. Focaremo-nos no infinito actual, com o qual discutiremos alguns dos desafios encontrados na teoria criada por Cantor sobre este assunto. Mostraremos também sua importância e a diferença entre este e o infinito potencial. Com isso, buscamos fazer com que o professor compreenda adequadamente os fundamentos matemáticos necessários para que trabalhe, ensine e motive apropriadamente seus alunos no momento em que o infinito e conjuntos infinitos são discutidos em aula. Desta forma, buscamos esclarecer os termos usados e equívocos comuns cometidos por alunos e também professores, muitas vezes enganados ou confundidos pelo senso comum. / In this dissertation, we will discuss the two types of infinities: the potential infinity and the actual infinity. We will present some situations, examples that characterize each of these two types. We will focus on the actual infinity, with which we will discuss some of the challenges found in the theory created by Cantor on this subject. We will also show its importance and the difference between this and the potential infinity. Thus, we seek to make teachers properly understand the mathematical foundations necessary for them to work, teach and properly motivate their students at the time the infinity and infinite sets are discussed in class. In this way, we seek to clarify the terms used and common mistakes made by students and also teachers, so often misguided or confused by common sense.
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O infinito na matemática / Infinity in mathematicsBruno Andrade Borges 15 December 2014 (has links)
Nesta dissertação, abordaremos os dois tipos de infinitos existentes: o infinito potencial e o infinito actual. Apresentaremos algumas situações, exemplos que caracterizam cada um desses dois tipos. Focaremo-nos no infinito actual, com o qual discutiremos alguns dos desafios encontrados na teoria criada por Cantor sobre este assunto. Mostraremos também sua importância e a diferença entre este e o infinito potencial. Com isso, buscamos fazer com que o professor compreenda adequadamente os fundamentos matemáticos necessários para que trabalhe, ensine e motive apropriadamente seus alunos no momento em que o infinito e conjuntos infinitos são discutidos em aula. Desta forma, buscamos esclarecer os termos usados e equívocos comuns cometidos por alunos e também professores, muitas vezes enganados ou confundidos pelo senso comum. / In this dissertation, we will discuss the two types of infinities: the potential infinity and the actual infinity. We will present some situations, examples that characterize each of these two types. We will focus on the actual infinity, with which we will discuss some of the challenges found in the theory created by Cantor on this subject. We will also show its importance and the difference between this and the potential infinity. Thus, we seek to make teachers properly understand the mathematical foundations necessary for them to work, teach and properly motivate their students at the time the infinity and infinite sets are discussed in class. In this way, we seek to clarify the terms used and common mistakes made by students and also teachers, so often misguided or confused by common sense.
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The Modal Logic of Potential Infinity, With an Application to Free Choice SequencesBrauer, Ethan 10 September 2020 (has links)
No description available.
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