Philosophy of quantum probability

Qihong Wu

The essay examines the probability Heidegger's philosophy offers for interpreting quantum mechanical theories. The idea of "Dasein" in Heidegger's philosophy is compared with quantum theory to support the assertion of measurement as reality in quantum mechanics. The essay examines the non-transparency of quantum physics and applies Heidegger's philosophy to explain the unconventional quantum theories under this nature. The retrocausality theory in quantum physics is connected with Heidegger's theory of time, his tripartite framework of states of being and their interconnection in his philosophy. The lack of free will is demonstrated in both Heidegger philosophy and quantum mechanics by drawing comparisons between the "Thrownness" of "Dasein" into the world and the superdeterminism hypothesis of quantum physics. This essay increases the scope for using Heidegger's philosophy to comprehend quantum physics.

Bassano Vacchini

Shiro Ishikawa

Recently we proposed the linguistic interpretation of quantum mechanics (called quantum and classical measurement theory, or quantum language), which was characterized as a kind of metaphysical and linguistic turn of the Copenhagen interpretation. This turn from physics to language does not only extend quantum theory to classical systems but also yield the quantum mechanical world view (i.e., the philosophy of quantum mechanics, in other words, quantum philosophy).And we believe that this quantum language is the most powerful language to describe science. The purpose of this paper is to describe the Monty-Hall problem and the three prisoners problem in quantum language. We of course believe that our proposal is the final solutions of the two problems. Thus in this paper, we can answer the question: "Why have philosophers continued to stick to these problems?" And the readers will find that these problems are never elementary, and they can not be solved without the deep understanding of "probability" and "dualism". KEY WORDS: Philosophy of probability, Fisher Maximum Likelihood Method, Bayes' Method,The Principle of Equal (a priori) Probabilities

Veeravalli S. Varadarajan

Jürg Martin Fröhlich, Baptiste Schubnel

Otto

This paper explains paradox, probability, and quantum reality through two lenses held level: physics, the measured world, and philosophy, the asked world — with perception as the thread running through all three. Throughout, it separates measured fact, interpretation, and one reader's interpretation. Readers are welcome to reach the author on Discord — a great way to get a hold of him: https://discord.gg/5j8w4A2eY — an open research group for trying to understand the reality we live in.