January 5th, 2015
I recently saw Neil deGrasse-Tyson’s list of eight books for intelligent people to read and, though they aren’t all bad, there are much more profound books. So, naturally, there will be some overlap, though probably for different reasons, as well as a variety of topics as my focus also includes being cultured.
Being a member of academia or modern intelligentsia is great but if you don’t get out of your ivory tower and aren’t knowledgable in culture, pop-culture, history, the arts, music, etc. then you’re taking up a small niche of intelligentsia.
Aside from the diversity I just alluded to, my criteria will also include the impact the works have had on society[ies] and may include overlapping books for a single author–particularly if the books are integral to the ideology or thesis being presented.
Without further ado, let the countdown begin:
10. The Brothers Karamazov by Fyodor Dostoevsky. Part philosopher, part theologian, and part literary genius, Dostoevsky depicts the problem of evil and a world without God in a magnificent way. The book is about two brothers in Russia during the Russian depression and war and one brother is an atheist and one is a Christian. The atheist plots to kill their father while the Christian struggles to convince him that there is objective morality. This is where we get Karamazov’s theorem: ☐(~Eg ⊃ ∀ϕ~Wϕ)
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December 15th, 2014
November 19-21 was this year’s annual Evangelical Philosophical Society’s conference. I coauthored a paper with Dave Beck of Liberty University. This is the third year in a row I’ve had a paper accepted for presentation at EPS.
Title: “A New and Abductive Thomistic Cosmological Argument”
Abstract: Due to advances in cosmology and theoretical physics the origin of the universe is being relentlessly debated. Nevertheless, whether there is one universe or even an infinite plurality of universes, Thomas Aquinas’ argument for the existence of a first cause from contingency circumvents the debate of temporal beginnings to the universe; such as those that are embedded within the kalam cosmological argument. Tensed, tenseless, dynamic, static, endurantist, and perdurantist theories of time will be irrelevant or be peripheral at best. Physical science as a system will always require further explanation, not mere description, and that explanation will always have to appeal to something outside of itself. This is true for any philosophical and/or theological explanation of science. In this paper we will attempt a consilience of Thomas’ argument from contingency and modern cosmology to show that regardless of whether the universe had a temporal beginning, or what the nature of that beginning might have been, it would still be best explained by a first uncaused cause. We will defend Thomas’ notion of radical contingency and argue against a necessitation understanding of Thomas that is often misattributed to him. This metaphysic will be used as a plausible and defensible abductive cosmological argument, which will appeal to the radical contingency of constituents of the universe, and thus take the form of an argument to the best explanation.
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September 14th, 2014
Contemporary physics seem to indicate that there are good reasons, theoretically and physically, for an idea that there is a plurality of worlds. This concept has come to be understood as the multiverse. The multiverse is not monolithic but it is modeled after the contemporary understanding of an inflationary model of the beginning of this universe. Max Tegmark has championed the most prominent versions of the multiverse. Tegmark has made a four-way distinction.
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August 10th, 2014
In Eavesdropping Ep5 I discuss my recent from Cambridge University where I presented a paper titled “The Ontology of Many Worlds and Thomistic Modal Realism”. This paper is a continuation of research from this summer’s forthcoming Philosophia Christi publication “God and the Multiverse” I coauthored with Dave Beck. The part of the paper that pertains particularly to the philosophy of science is also a part of doctoral research. There is another version of this paper that is more detailed though it excludes the initial theological/historical aspects. I included the theological preface for the presentation since it’s a continuation of “God and the Multiverse”. The current, more detailed technical paper has been submitted to a journal and is currently under review.
To view the paper please see: sententias.org/2014/07/07/many-w…dale-house-paper/
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July 7th, 2014
I recently returned from my journey to Cambridge University where I presented a paper titled “The Ontology of Many Worlds and Thomistic Modal Realism”. This paper is a continuation of research from this summer’s forthcoming Philosophia Christi publication “God and the Multiverse” I coauthored with Dave Beck.
The part of the paper that pertains particularly to the philosophy of science is also a part of doctoral research. There is another version of this paper that is more detailed though it excludes the initial theological/historical aspects. I included the theological preface for the presentation since it’s a continuation of “God and the Multiverse”. The current, more detailed technical paper has been submitted to a journal and is currently under review.
DOWNLOAD “The Ontology of Many Worlds and Thomistic Modal Realism”
I received excellent feedback from the attendees and I’m grateful for the critiques.
DOWNLOAD AND LISTEN TO THE PRESENTATION AUDIO DOWNLOAD THE CORRESPONDING POWERPOINT
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April 2nd, 2014
Constants of Space and Time.
- Planck length (the minimum interval of space), lp = 1.62 x 10-33 cm.
- Planck time (the minimum interval of time), tp = 5.39 x 10-44 sec.
- Planck’s constant (this determines the minimum unit of energy emission), h = 6.6 x 10-34 joule seconds.
- Velocity of light, c = 300,000 km/sec.
- Gravitational attraction constant, G = 6.67 x 10-11 Nm2/kg2.
- Weak force coupling constant, gw = 1.43 x 10-62.
- Strong nuclear force coupling constant, gs = 15.
Individuating Constants (Composition of the Electromagnetic Force).
- Rest mass of a proton, mp =1.67 x 10-27 kg.
- Rest mass of an electron, me = 9.11 x 10-31 kg.
- The electron or proton unit charge, e = 1.6 x 10-19 coulombs.
- Minimum mass in our universe, (hc/G)½ = 2.18 x 10-8 kg.
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