In this dialogue Zhuangzi and Jacob discuss nothing and something and their relation with God.

In this dialogue Thomas A and Jeito intuitively discuss the difference between a miracle and a fact. They conclude that the doings of God aren’t miracles.

Ontology and theology cannot be combined if ontology excludes non physical causes. This paper examines some possibilities for ontology to be combined with theology in so far as non physical causes are permitted. The paper builds on metaphysical findings that shows that separate ontological domains can interact causally indirectly via interfaces. As interfaces are not universes a first universe is allowed to be caused by an interface without violating the principle of causal closure of any universe. Formal theology can therefore (...) be based on the assumption that the (first) universe is caused by God if God is defined as the first cause. Given this, formal theology and science can have the same ontological base. (shrink)

Standard definitions of causal closure focus on where the causes in question are. In this paper, the focus is changed to where they are not. Causal closure is linked to the principle that no cause of another universe causes an event in a particular universe. This view permits the one universe to be affected by the other via an interface. An interface between universes can be seen as a domain that violates the suggested account of causal closure, suggesting a view (...) in which universes are causally closed whereas interfaces are not. On this basis, universes are not affected by other universes directly but rather indirectly. (shrink)

The modal properties of the principle of the causal closure of the physical have traditionally been said to prevent anything outside the physical world from affecting the physical universe and vice versa. This idea has been shown to be relative to the definition of the principle. A traditional definition prevents the one universe from affecting any other universe, but with a modified definition, e.g., the causal closure of the physical can be consistent with the possibility of one universe affecting the (...) other universe. Gamper proved this modal property by implementing interfaces between universes. Interfaces are thus possible, but are they realistic? To answer this question, I propose a two-step process where the second step is scientific research. The first step, however, is to fill the gap between the principles or basic assumptions and science with a consistent theoretical framework that accommodates the modal properties of an ontology that matches the basic assumptions. (shrink)

manuscript delves into the philosophical debate surrounding the Special Composition Question (SCQ), focusing on the causal relationships between objects and their constituent parts. By distinguishing between Weak and Strong Causal Composition, the article explores how causal mechanisms underpin the composition of objects. Theories from notable philosophers, including van Inwagen and Leibniz, are evaluated. This study seeks to bridge the gap between common sense perspectives and principled ontological theories by introducing the concepts of Weak and Strong Causal Composition. The analysis reveals (...) how a causal approach can offer insightful resolutions to longstanding debates in mereology and ontology, emphasizing the role of causality in understanding the essence of material composition. The proposed causal perspective encourages further philosophical inquiry into the foundational principles governing the composition of objects. (shrink)

Here A, B, C, D, I, X and “Philosophy” discuss some features of the relation between identity and love.

The basic fault in the philosophy of science is simple enough to put in words and now it is time to do that. This basic fault puts the food on the table for philosophers and scientists, so it is hard to actually get the word out. That is not my problem, though. The basic fault is that we still assume that there is some kind of stuff that ‘everything’ consists of. My aim is to show how we can make it (...) right. (shrink)

In this dialogue a sceptic meets one that convinces him that he is safe from the void of Nothingness although it exists.

In this Reply, I explain why the “loophole view” of causal closure is independent of the reasons why the Principle of the causal closure of the physical was introduced.

In this dialogue P F and Jeito talk about nothing and something.

We define a set of things of one singular kind as the set of all things that can causally affect one another. To enable causal interaction between such sets, we define a thing that is of a non-singular kind as consisting of more than one singular kind. Such a thing of a non-singular kind supervenes on things of singular kinds and is open to causally intervene between sets of things of different singular kinds without violating the definition of a set (...) of things of one singular kind. With the empty set as a set of things of one singular kind, we define Mem as ‘either the smallest element of intervening sets in the indefinite set of sets of things of a singular kind and the intermediate supervening sets, or, if nothing exists, the empty set’. Thus, Mem exists. Comment. The argument focuses on a definition of a supervening set of things of a non-singular kind. Besides that, it really only claims that if we define Mem as some set of existing things or the set without elements, Mem exists. That, though, is tautological. The argument, thus, can only be interesting if anything besides the empty set exists. That only the empty set would exist, however, is refuted by this very claim. (shrink)

I explain Loophole Theory (LT) and show some applications of it. The basic element of LT is the truism that everything physical is physical. Any ontological domain that can be defined according to this template (everything X is X) is called a universe. LT allows causal relations between universes via the notion of interfaces. Interfaces are hypothetical domains that are not universes. The idea is that the one universe can be followed by another universe via an interface. Interfaces are defined (...) as being composed of, at least, parts of two universes. Some examples could be the mind/body interface, the physical/mathematical interface and the something/nothing interface. (shrink)

In this dialogue Jeito and Immanuel K. tries to navigate in a sea filled with philosophy, God and Nothingness. They conclude that they are safe from the void of Nothingness.

This is a conceptual attempt to integrate the major current psychotherapeutic methods via the introduction of Macro Psychology. The idea is fully philosophical, and the aim is to spur debate. Clinically, we land in the following picture: Scenarios with a maltreated dog, its owner, and a therapist. Conditioning: The therapist takes the dog to a safe environment. Behavioral therapy: The therapist instructs the owner to take regular long walks with the dog, to feed it regularly, to let it have access (...) to fresh water, and to stop hitting it. Cognitive behavioral therapy: The therapist instructs the owner to take regular long walks with the dog, to feed it regularly, to let it have access to fresh water, and to stop hitting it. The therapist also tells the owner why. Psychodynamically oriented therapy: The therapist tries to help the owner to reconnect to repressed parts that care for the dog. (shrink)

Samuel seeks out Kurt at a pub and initiates a discussion. Soon Kurt becomes engaged. What is it that is incomplete?

In this dialogue Otto K. and The Professor talk about how experiences from war can affect subjects over generations.

In my old manuscript “Formal Theology” that now is out as a preprint I show that science and theology can be founded upon the same set of basic assumptions. I now follow up this idea with the thought that Formal Theology may be used to ground also a religion. “Religion“, in this regard, as related to beliefs. I’m not going into any details, neither concerning the original manuscript, nor this new idea. The important thing, I think, is to explore if (...) this kind of “religion”, in any way, can be accommodated with “ordinary” religions. I leave more rigorous work to myself or to others for the future. (shrink)

I don’t believe in the foundation of our current scientific-philosophical paradigm. What does that matter? It matters because I have dug deep, especially into the body-mind issue, and found that it is something wrong with our paradigm. There is an anomaly. I haven’t realized, though, that this anomaly may be my own construction. I have been frustrated and have been acting out on the frustration. I’m sorry for that. I think, though, that a paradigm shift may be near. There are (...) many important things that need to be approached in new ways from the academies. -/- . (shrink)

As a writer, it is hard to defend oneself from the accusation of being a robot. Even though the argument is ad hominem it perhaps is too difficult to create a “reversed” Turing test. It is suggested in this article that editors of flesh and blood still are necessary.

In this dialogue, Anna and Alan talk about consciousness and its relation to self-consciousness. Could there be consciousness without self-consciousness? If not, what are the consequences? If it is possible, what are the consequences? How can we know of consciousness without self-consciousness?

I show that general relativity and quantum mechanics, broadly construed, are consistent in relation to the singularities inside of black holes, if the singularities inside of black holes are interfaces.

As physical things have mathematical properties we in this paper let mental things have biological properties. The work is based on recent metaphysical findings that shows that there could be interfaces between separate ontological domains. According to this view there could be mathematical objects, physical objects, and also mental objects. The aim of this study is to establish a view of the biological object that allows it to possibly generate the experiencing subject. Based on the notion that energy per se (...) is related to the ability of a system to do some work, biological energy is defined as a biological object’s ability to recover from the load it is exposed to. Introducing the concept of the experiencing subject, the experiencing subject would be the agent experiencing the biological object’s need of recovery from the load it is exposed to. Once established, the experiencing subject may develop non-biological needs. On this basis experiencing subjects have biological properties without being biological in exactly the same manner as physical things have mathematical properties without being mathematical. (shrink)

In this dialogue, Mileva and Albert start to talk about physics and its subject matter, the physical. They end up in a situation that permits causal dependence between separate ontological domains. In this possible world, they continue talking. First, they Socratically agree that the physical is physical and only physical. Then, they call the physical an ontologically homogeneous domain. They then generalise the principle that the physical is causally unaffected by anything non-physical, into the principle that ontologically homogeneous domains do (...) not cause ontologically homogeneous domains. From a modern point of view talking about black hole singularities, they continue discussing the Chandrasekhar limit and the collapse of the physical laws as we know them. Mileva carries a burden and Albert stands up and carries it with her. The burden is an implication of the generalised principle. Relying on parsimony, only ontologically homogeneous domains are forbidden to cause ontologically homogeneous domains. This leaves the door open for ontologically heterogeneous domains to cause ontologically homogeneous domains. Also relying on parsimony, only ontologically homogeneous domains are forbidden to be caused by ontologically homogeneous domains and this allows ontologically heterogeneous domains to be caused by ontologically homogeneous domains. Ontologically heterogeneous domains, thus, are allowed to causally link ontologically homogeneous domains. Albert realises that the mathematical could qualify as an ontologically homogeneous domain and that the theoretical difficulties that are foreseen beyond the Chandrasekhar limit could be addressed by expanding physics into a context that contains also an ontologically heterogeneous domain. The theoretical difficulties beyond the Chandrasekhar limit would be due to an emergent mathematical-physical domain. Mileva concludes that Albert’s theory is not faulty but regional. A global theory would have to include the explanation of the mathematical-physical. (shrink)

This is an attempt to axiomatise the natural laws. Note especially axiom 4, which is expressed in third order predicate logic, and which permits a solution to the problem of causation in nature without stating that “everything has a cause”. The undefined term “difference” constitutes the basic element and each difference is postulated to have an exact position and to have a discrete cause. The set of causes belonging to a natural set of dimensions is defined as a law. This (...) means that a natural law is determined by the discrete causes tied to a natural set of dimensions. A law is defined as “defined” in a point if a difference there has a cause. Given that there is a point for which the law is not defined it is shown that a difference is caused that connects two points in two separate sets of dimensions. (shrink)

K has a prepaid appointment with J. She wants to talk about philosophy even though the appointment is for psychotherapy. It seems she really just wants to leave and eventually she does. When she returns the subject is the meaning of life in a world without a God. Together they manage to sort some things out.

Two opposing uses of the term ‘Scientific Ontology’ reflect attitudes towards the relation between science and philosophical ontology. On the one side we can try to understand the broader picture by looking at the empirical details. On the other side we can try to find overarching principles that explain our observations. I am deeply aware of the history of this subject but—as we all know—history repeats itself. Perhaps it is time now for, actually, deduction to take more place in science. (...) Perhaps—which of course is my own belief—we have reached the end of the road of so much depending on empirical observations. The natural sciences have reached beyond what is possible to empirically detect. My own research is an attempt to redefine our ontological starting point and to really test if the world only is physical. In this Reply I put Tambassi’s reply in the explicit context of my definition of scientific ontology. The outcome is that scientific ontology cannot settle the debate in the geographical sciences as to whether the geographical world is mind-dependent or not, but that the geographical universe, in that case, as a universe, belongs to the domain of scientific ontology. (shrink)

On the recently suggested loophole view of causal closure, nothing in a universe has its cause coming from another universe. It is allowed, though, that something, especially a first thing, can have its cause situated in an interface between universes. However, the possibility of such an interface does not mean that there is any actual interface. In fact, there are several major obstacles to be managed before an interface should be hoped for. One such obstacle, the need for an account (...) of how objects in one universe relate to objects in another universe, is addressed in this paper. The outcome is positive and suggests that objects of different ontological status relate as the kind ‘object’. Some positive and negative properties of such higher-order objects are noted. (shrink)

The vagueness objection seems to block any moderate answer to the Special Composition Question leaving us with the two extreme alternatives that there either is no composite object or that any set of things compose an object. In this technical paper I introduce the notion of causal objects and a definition of a predicate that permits the set of all parts to be divided into equivalence classes. On this view we can use equivalence classes of parts to define the notion (...) of composite objects why vagueness is blocked. The block works in a hypothetical domain where all parts have a cause so the aim is not to suggest empirically detectable parts and composites, nor to claim any kind of existence of the things being defined, but to present a consistent account of a possible moderate answer to the Special Composition Question that avoids the vagueness objection. The underlying idea is that an object, as such, is not caused whereas its parts are. For example, if we have three caused parts A, B and C constituting the composite D, we have three things that are caused whereas the composite D has no cause over and above the three causes of A, B and C. (shrink)

I have had the fortune to find a way to unite theology and science. It is and has been a bit overwhelming. My aim was to integrate science and hermeneutics but I ended up with a theory that integrates pretty much everything. In this paper I focus the fundamental principle that seems so simple that it could taken for a tautology but it is not. The principle, or, rather, the basic assumption, is that an ontologically homogeneous domain does not cause (...) an ontologically homogeneous domain. By this device all ontologically homogeneous domains are causally closed in relation to other ontologically homogeneous domains. Ontologically heterogeneous domains, on the other hand, are permitted to cause and to be caused by ontologically homogeneous domains. The very first ontologically homogeneous domain, also, is permitted to be caused by an ontologically heterogeneous domain. Science, therefore, would concern inquiries into all ontologically homogeneous and heterogeneous domains except for the first ontologically heterogeneous domain. The first ontologically heterogeneous domain would be the field of interest for theology. Consecutive ontologically homogeneous domains could be the platonic mathematical universe, the physical universe and ourselves as subjects. (shrink)

This manuscript delves into the philosophical debate surrounding the Special Composition Question (SCQ), focusing on the causal relationships between objects and their constituent parts. By distinguishing between Weak and Strong Causal Composition, the article explores how causal mechanisms underpin the composition of objects. Theories from notable philosophers, including van Inwagen and Leibniz, are evaluated. This study seeks to bridge the gap between common sense perspectives and principled ontological theories by introducing the concepts of Weak and Strong Causal Composition. The analysis (...) reveals how a causal approach can offer insightful resolutions to longstanding debates in mereology and ontology, emphasizing the role of causality in understanding the essence of material composition. The proposed causal perspective encourages further philosophical inquiry into the foundational principles governing the composition of objects. (shrink)

In this paper we begin categorizing a plurality of possible worlds on the basis of permitting or not permitting ontologically different things to be causally connected. We build the work on the dual principle that all universes are causally closed either because no universe causes anything outside itself or because no universe has anything in it that is caused by another universe.

This is the first book in the series Rebooting Science 1 based on E-theory, a novel line of theory that aims at "rebooting" science, giving it a new start. If you dive into it be prepared with an open mind and patience. In this introduction you are let in on a struggle to defend what science seems incapable of defending, our mortal but immaterial soul, our very subject. In Rebooting Science 1.0 Johan Gamper publishes the first part of (...) the theoretical structure that lies behind his seminal paper from 2017, On a Loophole in Causal Closure, where he proved that our mind can be viewed as separate from our brain without violating the basic rules of science. The unrevised manuscript e-theory from the mid-nineties is commented to explain its impact on the most fundamental levels of science. Its original understanding of objects and dimensions opens up for new perspectives on ourselves and the world around us. (shrink)

This manuscript delves into the philosophical debate surrounding the Special Composition Question (SCQ), focusing on the causal relationships between objects and their constituent parts. By distinguishing between Weak and Strong Causal Composition, the article explores how causal mechanisms underpin the composition of objects. Theories from notable philosophers, including van Inwagen and Leibniz, are evaluated. This study seeks to bridge the gap between common sense perspectives and principled ontological theories by introducing the concepts of Weak and Strong Causal Composition. The analysis (...) reveals how a causal approach can offer insightful resolutions to longstanding debates in mereology and ontology, emphasizing the role of causality in understanding the essence of material composition. The proposed causal perspective encourages further philosophical inquiry into the foundational principles governing the composition of objects. (shrink)

This paper intends to critically consider the idea put forward by Johan Gamper that the principle of causal closure can be reconciled with the possibility of pluralism. This idea is based on redefining causal closure and on the introduction of so-called interfaces between the universes. By reconstructing and analyzing the author's argumentative steps, we will try to show that this approach is methodologically and explanatory unfounded. Firstly, this way of redefining the principle of causal closure is inconsistent with (...) the very reasons why this principle was introduced. Secondly, the proposed view does not bring the explanatory benefits it promises, that is, it cannot solve difficulties such as the problem of the first cause. Moreover, the position itself produces many additional concerns and perplexities that remain unresolved. The conclusion of our analysis is that certain aspects of the proposed position may be sustainable and plausible, but only if novel arguments should be offered. (shrink)

_ Source: _Volume 24, Issue 2, pp 279 - 299 This article provides the first overview of research on the kabbalistic sources of Benedictus de Spinoza. While this topic has not been a major focus in Spinoza research, this article argues that it has both biographical and philosophical relevance for the investigation of Spinoza and the context in which he first conceived of his hallmark ideas. Revisiting the extant historical sources, this article refines the present understanding of the connection between (...) Spinoza and the seventeenth-century kabbalistic circle of Amsterdam and the kabbalistic literature of that time. (shrink)

Spinoza and Education offers a comprehensive investigation into the educational implications of Spinoza’s moral theory. Taking Spinoza’s naturalism as its point of departure, it constructs a considered account of education, taking special care to investigate the educational implications of Spinoza’s psychological egoism. What emerges is a counterintuitive form of education grounded in the egoistic striving of the teacher to persevere and to flourish in existence while still catering to the ethical demands of the students and the greater community. -/- In (...) providing an educational reading of Spinoza’s moral theory, this book sets up a critical dialogue between educational theory and recent studies which highlight the centrality of ethics in Spinoza’s overall philosophy. By placing his work in a contemporary educational context, chapters explore a counterintuitive conception of education as an ethical project, aimed at overcoming the desire to seek short-term satisfaction and troubling the influential concept of the student as consumer. This book also considers how education, from a Spinozistic point of view, may be approached in terms of a kind of cognitive therapy serving to further a more scientifically adequate understanding of the world and aimed at combating prejudices and superstition. -/- Spinoza and Education demonstrates that Spinoza’s moral theory can further an educational ideal, where notions of freedom and self-preservation provide the conceptual core of a coherent philosophy of education. As such, it will appeal to researchers, academics and postgraduate students in the fields of philosophy of education, theory of education, critical thinking, philosophy, ethics, and Spinoza studies. (shrink)

Education and Free Will critically assesses and makes use of Spinoza’s insights on human freedom to construe an account of education that is compatible with causal determinism without sacrificing the educational goal of increasing students’ autonomy and self-determination. Offering a thorough investigation into the philosophical position of causal determinism, Dahlbeck discusses Spinoza’s view of self-determination and presents his own suggestions for an education for autonomy from a causal determinist point of view. -/- The book begins by outlining the free will (...) problem in education, before expanding on a philosophical understanding of autonomy and how it is seen as an educational ideal. It considers Spinoza’s determinism and discusses his denial of moral responsibility. Later chapters consider the relationship between causal determinism and autonomy, the educational implications of understanding free will and how free will can be utilised as a valuable fiction in education. -/- This book will be of great interest to academics and postgraduate students in the field of education, especially those with an interest in moral education and philosophy of education. It will also be of interest to those in the fields of philosophy and psychology and specifically those focusing on the free will problem, on Spinoza studies, and on the relation between moral psychology and external influence. (shrink)

This book is a philosophical enquiry into the educational consequences of Spinoza’s political theory. Spinoza’s political theory is of particular interest for educational thought as it brings together the normative aims of his ethical theory with his realistic depiction of human psychology and the ramifications of this for successful political governance. As such, this book aims to introduce the reader to Spinoza’s original vision of civic education, as a project that ultimately aims at the ethical flourishing of individuals, while being (...) carefully tailored and adjusted to the natural limitations of human reason. -/- Readers will benefit from a succinct introduction to Spinoza’s political philosophy and from an account of civic education that is based on careful exegetical work. It draws conclusions only hinted at in Spinoza’s own writings. (shrink)

Fictionalism confronts the dual epistemological nature of education. In this book, Johan Dahlbeck argues that all education, at bottom, concerns a striving for truth initiated through fictions. This foundational aporia is then interrogated and made sense of via Hans Vaihinger’s philosophy of ‘as if’ and Spinoza’s peculiar form of exemplarism. Using a variety of fictional examples, Dahlbeck investigates the different dimensions of educational fictionalism, from teacher exemplarism to the basic educational fictions necessary for getting started in education in the (...) first place. Fictionalism will be a valuable resource for anyone interested in the philosophical foundations of education. (shrink)

The purpose of this article is to add to the debate on the normative status and legitimacy of indoctrination in education by drawing on the political philosophy of Benedict Spinoza (1632–1677). More specifically, I will argue that Spinoza’s relational approach to knowledge formation and autonomy, in light of his understanding of the natural limitations of human cognition, provides us with valuable hints for staking out a more productive path ahead for the debate on indoctrination. This article combines an investigation into (...) the early modern history of political ideas with a philosophical inquiry into a persistent conceptual problem residing at the heart of education. As such, the aim of the article is ultimately to offer an account of indoctrination less fraught with the dangers of epistemological and political idealism that often haunt rival conceptions. (shrink)

This book develops a view of logic as a theory of information-driven agency and intelligent interaction between many agents - with conversation, argumentation and games as guiding examples. It provides one uniform account of dynamic logics for acts of inference, observation, questions and communication, that can handle both update of knowledge and revision of beliefs. It then extends the dynamic style of analysis to include changing preferences and goals, temporal processes, group action and strategic interaction in games. Throughout, the book (...) develops a mathematical theory unifying all these systems, and positioning them at the interface of logic, philosophy, computer science and game theory. A series of further chapters explores repercussions of the 'dynamic stance' for these areas, as well as cognitive science. (shrink)

The article is authored by the Dean of Faculty of Theology at the University of Pretoria, celebrating the Faculty’s centenary in 2017. The exposition of the argument is unfolded on the basis of Ricoeur’s threefold mimesis of prefiguration, configuration and reconfiguration. The earliest decisive statement with regard to the nature of the Faculty, and which is eagerly pursued, was made by the Rev. M.J. Goddefroy in 1888, epitomising theological training as of academic deference, that is as a Faculty at a (...) university and not a seminary. This has been the fibre of Theology at the University of Pretoria and intellectual inquiry is an uncompromised value. The article is a critical reflection on the past century and an orientation towards the next hundred years, identifying the essence of what a real Pretoria Model could and should be and looking ahead to the next century. ‘History is not a destination, but an orientation’, sounds like a refrain in the article. The enterprise is contextual with regard to time and space. The assessment is subsequently done in terms of this continent and this century, that is Africa and the 21st century. The conclusion of the article is that the Pretoria Model fills a unique niche in theological inquiry at public universities competing for a position among the top 500 on the ranking of world universities. (shrink)

Enacting an AI system typically requires three iterative phases where AI engineers are in command: selection and preparation of the data, selection and configuration of algorithmic tools, and fine-tuning of the different parameters on the basis of intermediate results. Our main hypothesis is that these phases involve practices with ethical questions. This paper maps these ethical questions and proposes a way to address them in light of a neo-republican understanding of freedom, defined as absence of domination. We thereby identify different (...) types of responsibility held by AI engineers and link them to concrete suggestions on how to improve professional practices. This paper contributes to the literature on AI and ethics by focusing on the work necessary to configure AI systems, thereby offering an input to better practices and an input for societal debates. (shrink)

This article turns to the neglected pedagogical concept of ingenium in order to address some shortcomings of the admiration–emulation model of Linda Zabzebski’s influential exemplarist moral theory. I will start by introducing the problem of the admiration-emulation model by way of a fictional example. I will then briefly outline the concept of ingenium such as it appears in a Renaissance context, looking particularly at the pedagogical writings of Juan Luis Vives. This will set the stage for the next part, looking (...) at how early modern philosopher Benedict Spinoza adopts a Vivesian notion of ingenium, adjusting it so as to fit into the setting of his political theory. Next, I will turn to Spinoza’s use of the concept of ingenium in relation to his portrayal of exemplary persons, offering a pedagogical model of moral exemplarism that can counter some of the perceived problems of the admiration–emulation model as it highlights the necessary fallibility of efficient exemplars as well as acknowledges the socio-political dimension of emotions. Finally, I will lay out some preliminary consequences for educational theory, hoping to offer a way of reconciling moral exemplarism with a more realistic pedagogical and psychological framework. (shrink)

This book is a philosophical enquiry into the educational consequences of Spinoza’s political theory. Spinoza’s political theory is of particular interest for educational thought as it brings together the normative aims of his ethical theory with his realistic depiction of human psychology and the ramifications of this for successful political governance. As such, the book aims to introduce the reader to Spinoza’s original vision of civic education, as a project that ultimately aims at the ethical flourishing of individuals, while being (...) carefully tailored and adjusted to the natural limitations of human reason. This author-meets-critics includes scholars in philosophy, education and Spinoza studies. (shrink)