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Articles 1 - 11 of 11
Full-Text Articles in Philosophy of Science
Marie Curie: The Quantum Matriarch, Diptiman Das
Marie Curie: The Quantum Matriarch, Diptiman Das
Student Publications
Entitled “Marie Curie: The Quantum Matriarch,” this paper illuminates the extraordinary life and enduring legacy of Marie Curie, whose groundbreaking work in radioactivity revolutionized the scientific landscape. Born as Maria Skłodowska in the heart of Warsaw, Curie’s odyssey from Poland’s clandestine Flying University to the hallowed halls of Paris’ Sorbonne epitomizes her tenacious quest for enlightenment amidst the shackles of societal norms. In collaboration with her spouse, Pierre Curie, she discovered the elements polonium and radium, thereby introducing the concept of “radioactivity” to the world and securing Nobel accolades in both Physics and Chemistry. This paper ventures into her intimate …
Quantum Realities: A Comparative Analysis Of Interpretations Addressing The Measurement Problem In Quantum Mechanics, Adib Kabir
Student Publications
This paper examines the measurement problem in quantum mechanics and evaluates three major interpretations: the Copenhagen interpretation, the Many-Worlds Interpretation (MWI), and the Pilot-Wave theory. The Copenhagen interpretation posits that particles exist in superposition until measured, at which point their wave functions collapse. MWI suggests that all possible outcomes occur in separate, non-interacting branches of the universe, eliminating wave function collapse but introducing an infinite number of unobservable universes. The Pilot-Wave theory reintroduces determinism through hidden variables, guiding particles along definite paths. The paper concludes that the Copenhagen interpretation is the most plausible, balancing empirical adequacy, ontological clarity, and simplicity.
It Ain’T Necessarily So: Ludwig Boltzmann’S Darwinian Notion Of Entropy, Steven Gimbel
It Ain’T Necessarily So: Ludwig Boltzmann’S Darwinian Notion Of Entropy, Steven Gimbel
Philosophy Faculty Publications
Ludwig Boltzmann's move in his seminal paper of 1877, introducing a statistical understanding of entropy, was a watershed moment in the history of physics. The work not only introduced quantization and provided a new understanding of entropy, it challenged the understanding of what a law of nature could be. Traditionally, nomological necessity, that is, specifying the way in which a system must develop, was considered an essential element of proposed physical laws. Yet, here was a new understanding of the Second Law of Thermodynamics that no longer possessed this property. While it was a new direction in physics, in other …
Biofeedback Technologies As Extended Cognition: A Philosophical Analysis, Haesoo Park
Biofeedback Technologies As Extended Cognition: A Philosophical Analysis, Haesoo Park
Student Publications
Every year technologies become more sophisticated and more accessible. Some have become a seamless extension of mind, so much so that they are better understood no longer as tools, but as integral parts of how our mind works. Biofeedback devices are examples of such technologies that are increasingly used in institutional contexts and for personal use. They offer a presumed scientific and objective basis for life decisions and behavioral health interventions, as well as a promise of new forms of self-knowledge. Yet in the very design of biofeedback technologies are cultural and institutional values that are rarely critically appraised. This …
The Possibility Of An Afterlife As Examined Through Near-Death Experiences, Anastasia N. Semenov
The Possibility Of An Afterlife As Examined Through Near-Death Experiences, Anastasia N. Semenov
Student Publications
Approximately five percent of the world’s population has dealt with a near-death experience, which is the unusual phenomenon after temporarily dying or coming close to death, where people feel like they have left their body and see an afterlife. Millions of accounts from people around the world who have experienced this occurrence tell of seeing an afterlife, which should allow for the possibility of a life after death. Although peoples’ experiences in another realm differ, they all have similar features such as travelling in a fast tunnel and encountering loving light beings. These experiences are so intense that they form …
Knowing How: A Computational Approach, Joseph A. Roman
Knowing How: A Computational Approach, Joseph A. Roman
Student Publications
With advances in Artificial Intelligences being achieved through the use of Artificial Neural Networks, we are now at the point where computers are able to do tasks that were previously only able to be accomplished by humans. These advancements must cause us to reconsider our previous understanding of how people come to know how to do a particular task. In order to unpack this question, I will first look to an account of knowing how presented by Jason Stanley in his book Know How. I will then look towards criticisms of this view before using evidence presented by the existence …
A Bite Of Technology – How Technologies Have Made Our Food “Transformers", Huanjia Zhang
A Bite Of Technology – How Technologies Have Made Our Food “Transformers", Huanjia Zhang
Student Publications
This poster discusses one important metaphysical question concerning food and food technologies – that is, how technologies have gradually alienated food from its natural rooting and what are the consequent philosophical concerns behind that. In order to examine this question, this poster will discuss four key sources that each exemplifies a well-known, currently ongoing technology on different levels that has altered the natural properties of food and the controversy concerning such technology.
Einstein: His Space And Times, Steven Gimbel
Einstein: His Space And Times, Steven Gimbel
Gettysburg College Faculty Books
The commonly held view of Albert Einstein is of an eccentric genius for whom the pursuit of science was everything. But in actuality, the brilliant innovator whose Theory of Relativity forever reshaped our understanding of time was a man of his times, always politically engaged and driven by strong moral principles. An avowed pacifist, Einstein’s mistrust of authority and outspoken social and scientific views earned him death threats from Nazi sympathizers in the years preceding World War II. To him, science provided not only a means for understanding the behavior of the universe, but a foundation for considering the deeper …
Evolution And The Second Law Of Thermodynamics: Effectively Communicating To Non-Technicians, Alexander Schreiber, Steven Gimbel
Evolution And The Second Law Of Thermodynamics: Effectively Communicating To Non-Technicians, Alexander Schreiber, Steven Gimbel
Philosophy Faculty Publications
Given the degree of disbelief in the theory of evolution by the wider public, scientists need to develop a collection of clear explanations and metaphors that demonstrate the working of the theory and the flaws in antievolutionist arguments. This paper presents tools of this sort for countering the anti-evolutionist claim that evolutionary mechanisms are inconsistent with the second law of thermodynamics. Images are provided to replace the traditional misunderstanding of the law, i.e., “everything always gets more disordered over time,” with a more clear sense of the way in which entropy tends to increase allowing a thermally isolated system access …
Invariance: A Tale Of Intellectual Migration, Steven Gimbel
Invariance: A Tale Of Intellectual Migration, Steven Gimbel
Philosophy Faculty Publications
The plotline of the standard story told about the development of intellectual history at the end of the 19th/turn of the 20th century follows the move from absolutism to perspectivalism. The narrative takes us, on the one hand, from the scientism of late Enlightenment writers like Voltaire, Mill, D’Alebert, and Comte and the historical determinism of Hegel, all of which were based upon a universal picture of rationality, to, on the other hand, the relativistic physics of Einstein, the perspectival art of Picasso, and the individualism of Nietzsche and Kierkegaard leading to the phenomenology of Husserl and Heidegger to and …
An Intervening Cause Counterexample To Railton’S Dnp Model Of Explanation, Stuart Gluck, Steven Gimbel
An Intervening Cause Counterexample To Railton’S Dnp Model Of Explanation, Stuart Gluck, Steven Gimbel
Philosophy Faculty Publications
Peter Railton (1978) has introduced the influential deductive-nomological-probabilistic (DNP) model of explanation which is the culmination of a tradition of formal, nonpragmatic accounts of scientific explanation. The other models in this tradition have been shown to be susceptiblet o a class of counterexamplesin volvingi nterveningc auses which speak against their sufficiency. This treatment has never been extended to the DNP model; we contend that the usual form of these counterexamples is ineffective in this case. However, we develop below a new version which overcomes these difficulties. Thus we claim that all of the models in this tradition, DNP included, have …