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Extended modal languages and hybrid logics The basic modal language is just a starting point for the analysis of modal notions, though it has acquired a sacred status over time, making extensions seem like foul play to some. His research interests include logic, especially modal logic, the philosophy of mind, neural networks, formal semantics, natural language processing and philosophical issues concerning the impact of information technology. Preface 1. If anything, contacts between modal logic and philosophy are livelier than ever before, though, to see this, one has to look broadly and not seek a monopoly of one favored philosophical interface. S. Kripke, 1965, ‘Semantical Analysis of Intuitionistic Logic’, in J. Crossley and M. A. E. Dummett, eds.. R. Muskens, J. van Benthem & A. Visser, 1997, ‘Dynamics’, in J. van Benthem & A. ter Meulen, eds.. S. Negri, 2011, ‘Proof Theory for Modal Logic’. Our relational models are then connected to algebras through representation theorems, a tradition started by Stone and Birkhoff in Universal Algebra, and taken to modal logic in Jónsson & Tarski 1951. One common way of analyzing this further is by giving a semantic model for the meaning of the modalities that fits the earlier-stated facts. You can write a book review and share your experiences. then satisfy the same modal formulas. On top of the minimal logic, there are uncountably many different normal modal logics given by the same rules of inference as above plus various sets of axiom schemata. Automata as perspicuous representations of modal formulas are affecting our very understanding of modal languages, and the resulting theory, of great power and elegance, may come to impact our understanding of the field as a whole. Special frame properties are nice, but they may be in need of further explanation that suggests alternative views. As an example, consider the following graph: Using the above truth definition, the formula is true at , but it is false at . The reader should have no difficulty seeing that there is again an underlying modal logic, this time related to the dynamic logic of programs discussed earlier in this article (van Eijck & de Vries 1992, Muskens, van Benthem & Visser 1997). Timothy Williamson . One nice illustration occurs with sentences like: (“if you get a kick, it hurts”). Other readers will always be interested in your opinion of the books you've read. Game logics The preceding example suggests that a number of modal logics needs to be put together in some appropriate way. Well-known methods are selection, filtration, and reduction, for which we refer to the literature (Marx 2006). The full modal language also contains non-persistent assertions beyond the translated intuitionistic language that fit with some earlier-mentioned epistemic statements such as Moore sentences that may become false after updating with new information. A universal modality is true at a point in a graph if is true at all points reachable by a directed arrow. Every effort has been made to simplify the presentation by using diagrams in place of more complex mathematical apparatus. giving another view of entailment, this time as the necessity strengthening of the material implication. But more illuminating is a richer approach (Grove 1988, Baltag & Smets 2008). The question arises: What is truly ‘modal logic’? Likewise, the existential modality says that is true in at least one possible world. In particular, they can live over different primitive entities: durationless points, or extended periods (van Benthem 1983). Logics in this deductive landscape can be studied by proof-theoretic methods, but also semantically – once we find completeness theorems bridging the two realms. A well-known extension of this sort adds a universal modality saying that is true at all worlds, accessible or not. The ‘relevant alternatives theory’ of Dretske 1970, and later de Rose, Lewis, Lawlor, comes with a more dynamic account of choosing relevant spaces of alternative worlds that are essential to knowledge claims. Our earlier epistemic formulas tell us what information agents have right now, but they do not say how this information changes, through acts of observation, communication, or learning in general. H. Hansen, C. Kupke & E. Pacuit, 2008, ‘Neighbourhood Structures: Bisimilarity and Basic Model Theory’, in D. Kozen, U. Montanari, T. Mossakowski & J. Rutten, eds.. S. O. Hanson, 2001, ‘Preference Logic’, in D, Gabbay & F. Guenthner, eds.. D. Harel, 1985, ‘Recurring Dominoes: Making the Highly Undecidable Highly Understandable’. J. van Eijck & F-J de Vries, 1992, Dynamic Interpretation and Hoare Deduction’. Disjunction is a choice for , conjunction for , negation is a role switch, makes pick a point reachable from the current point, does the same for . using a nominal . The universal modality then says “everywhere in the future”, with a natural dual “everywhere in the past”. Although the origins of this study lie in philosophy, since the 1970s modal logic has developed equally intensive contacts with mathematics, computer science, linguistics, and economics; and this circle of contacts is still expanding. While single modal logics may be simple, many applications require combining several such logics, as we saw with knowledge, action, and preference in games. Modal fixed-point logics point the way toward much more abstract new modal logics that match the category-theoretic semantics of co-inductive computation (Kurz 2001). Venema 2007 is an up-to-date study in connection with current logics for computation, where many themes that we have mentioned for the basic modal logic return in more sophisticated forms, appropriate to infinite processes. Here is what is going on now. What is modal logic? What happened after is a parting of the ways. A proof-theoretic explanation of the surplus of stating a necessity over plain truth of is the existence of some strong a priori argument for , perhaps a mathematical proof. Suppose that neither nor knew whether , but asks expert , who answers only to . Some forms of group knowledge transcend simple iterations of individual knowledge assertions. (To understand this, contrast the different effect of non-epistemically neutral actions such as drinking.) says that after every successful execution of action holds. With a technical survey like this, the reader may have the impression that modal logic is one of those subjects that started in philosophy, but then went their own way to become independent disciplines. Instead of listing the classical references, we refer the reader to a modern monograph like Chagrov & Zakharyashev 1996, or the Handbook Blackburn et al. The most well-known modal propo- sitions are propositions about what is necessarily the case and what is possibly the case. This also plugs some blatant expressive gaps in the basic modal language. Carnap distinguishes between a log… Get this from a library! Modal logic is the study of modal propositions and the logical relation- ships that they bear to one another. Many dangerous combinations of modal systems occur in combinations of epistemic and temporal logic, and the first pioneering results were in fact proved in this area in Halpern & Vardi 1989 (compare the survey in van Benthem & Pacuit 2006). Two-dimensional modal logic Answers and Hints References Index In symbols: and Lewis has no objection to these theorems in and of themselves: However, the theorems are inadequate vis-à-v… Discussion of philosophical issues concerning the development of modal logic is woven into the text. The first is syntax -- rules about how to operate the squiggles on the page to obtain other … Thinking of equivalence classes of the epistemic relation as the total range of what an agent knows, we endow these with binary plausibility orderings that encode what the agent considers less or more plausible. This is better than for first-order logic, where this task takes polynomial space. Designed for use by philosophy students, this 2006 book provides an accessible, yet technically sound treatment of modal logic and its philosophical applications. A typical case are operators saying what goes on during a successful transition: UNTIL says that at some point later than now holds, while at all intermediate points holds. We elaborate briefly on a few hints in this direction given earlier in this article. This deeply changes the behavior of basic epistemic reasoning, making for large differences with classical epistemic logic. With universal quantification in models, it reflects the predicate-logical law. The first is syntax -- rules about how to operate the squiggles on the page to obtain other … To model such cognitive actions, we need to combine epistemic and dynamic logic. Each of these represents an area of its own with ramifications in philosophy and computer science, witness the following two references: Gabbay & Guenthner, eds., 1981, and Shoham & Leyton Brown 2008. Say, writing for necessary truth of and for its possibility, the above claims amount to, respectively. eds. The reason is that truth value switches may happen when announcing formulas that contain a statement of ignorance. D. Harel, D. Kozen & J, Tiuryn, 2000, Dynamic Logic, The MIT Press, Cambridge (Mass.). So, why should players act this way, and what are plausible alternatives? 1996), but important strides are being made (compare Negri 2011). In this article, we only mention a few highlights. Since the 1960s, Kripke has been a central figure in a number of fields related to mathematical logic, modal logic, philosophy of language, philosophy of mathematics, metaphysics, epistemology, and recursion theory. Many other logical notions can be ‘gamified’. Success is a move to a new state containing a suitable witness value for that makes the formula true. 2001), but they have also reached computer science and AI, where they show a great diversity beyond the modal point of departure (see Abramsky, Gabbay & Maibaum eds. In this way, modalities become like standard universal and existential quantifiers, ranging over some suitably chosen larger family of worlds. Modal logic has also been used to model constructive reasoning as encoded in intuitionistic logic where truth is reinterpreted in terms of being established, or having a proof (Kripke 1965, Troelstra & van Dalen 1988). Here the box modality gets interpreted as existence of a proof in some formal system of arithmetic. Modal logic is a collection of formal systems originally developed and still widely used to represent statements about necessity and possibility. [James W Garson] -- "Designed for use by philosophy students, this book provides an accessible yet technically sound treatment of modal logic and its philosophical applications. This started in the 1960s with Hintikka’s pioneering work, carried on by Lewis, Stalnaker, and others. There is no good definition covering all these linguistic cases, though failure of substitution of extensional equivalents is often cited as a connecting thread. In dynamic logic – originally designed to describe execution of computer programs, but now used as a general logic of action. For instance, much has been made of the latter’s inability to express the natural frame property of irreflexivity, But this property is expressed quite simply by the hybrid axiom. When evaluating complex formulas, one can take either the existential or the universal modality as a primitive (both have their comfort zones in logical research): It helps to think of points in as states of some kind, while accessibility encodes dynamic moves that can be made to get from one state to another. These key tasks include testing for satisfiability, but also model checking for truth, as well as comparing models. Or better yet, as we shall see soon, one can use both. Quantified Modal Logic 10. This brings us to the second main aspect of logic, providing a calculus of reasoning for the intended area of application. Here is an example. A ‘modal’ sentence operator can be sensitive to the substitution of propositions with the same truth value. The system has also inspired programming languages for dynamic execution of specifications. These and other innovations provide philosophers with easy … eds. Our purpose with this panorama will have been served if the reader experiences a beneficial culture shock. Famous examples abound in the work of Arthur Prior, Peter Geach, Jaakko Hintikka, Stig Kanger, Saul Kripke, David Lewis, Robert Stalnaker, and other pioneers, all the way to the new wave of philosophical logicians of today. In a modal evaluation game, two players Verifier () and Falsifier () disagree about a formula at point in a given model . D. Gabbay, A. Kurucz, F. Wolter & M. Zakharyaschev, 2007. Lewis started to voice his concernson the so-called “paradoxes of material implication”.Lewis points out that in Russell and Whitehead’s PrincipiaMathematicawe find two “startling theorems: (1) a falseproposition implies any proposition, and (2) a true proposition isimplied by any proposition” (1912: 522). But a major challenge has been how to interpret assertions: representing a predication about objects assigned to the free variables in from the domain of . S. Kripke, 1959, ‘A Completeness Theorem in Modal Logic’. For instance, proof games find deductions or counter-examples through a dialogue between two players about some initial claim. In addition to these general perspectives, modal logic and classical logic also interact in the form of unusual mixes. Intuitionistic logic and provability logic Let us now move from information and action to the grand themes of mathematics. But sticking to only these would mean ordering only part of the full menu available today, depriving you of acquiring a richer palate. The themes in this survey give a working answer as an agenda of themes plus a modus operandi, but there are also more mathematical angles. R. Hilpinen, ed., 1970, Deontic Logic: Introductory and Systematic Readings, Reidel, Dordrecht. The topological style of analysis extends to modal fragments of geometry. Suppose that in our earlier two-agent two-world picture, asks : “?” and then truthfully answers “Yes”. Counterfactuals 9. For instance, the well-known law of Modal Distribution, is valid on both views, though for intuitively different reasons. One can consult the Handbook of Philosophical Logic for a wide array of uses that have been developed since the 1960s. The basic modal language is a useful laboratory for logical techniques. Beyond Standard Propositional Logic 4. It is a book of modal logic for mathematicians. 2006. Note that this interpretation contains an existential, rather than a universal quantifier, as noted in our introduction. A. Chagrov & M. Zakharyashev, 1996, Modal Logic, Clarendon Press, Oxford. Many people see the business of logic as zooming in on some reasoning practice, supplying more and more details until total clarity and cogency is achieved. Adding layers of detail and precision is one important use of logic, but there is also an inverse one, consisting rather in zooming out. What it is is a book about how to do modal logic. This is often done a bit crudely by adding one more accessibility relation that is no longer reflexive to allow for false beliefs. Actions of plausibility change have been studied in belief revision theory (Gärdenfors & Rott 1995, Segerberg 1995), in dynamic-epistemic logics (see the earlier references on this field), and in formal learning theory (Kelly 1996, Gierasimczuk 2010). Evidently, this statement is packed with assumptions, and logic wants to clarify these, rather than endorse any unique game-theoretic recommendation. On one telling page the author enumerates a list of things for which he sees no need – and readers of some erudition will recognize the anonymous enemy as Kant’s Table of Categories. R. Stalnaker, 2006, ‘On Logics of Knowledge and Belief’. We will discuss both of these interpretations in more detail below. Modal Logic can be characterized as the logic of necessity and possibility, of 'must be' and 'may be'. There are several ways of combining modal logics, ranging from mere ‘juxtaposition’ to more intricate forms of interaction between the component logics. Nevertheless, in this century modal notions made their way back onto the logical agenda, leading to extensions of classical systems with operators of necessity, possibility, entailment, and other notions. Nowadays, the tendency is to add such devices freely, seeking a good balance between increased expressive power and manageable complexity. Every effort has been made to simplify the presentation by using diagrams in place of more complex mathematical apparatus. And yet one more rich line is the ‘stability theory’ of knowledge as belief that survives new information or criticism, developed by Lehrer, Stalnaker, Rott, and others. Adding simple systems together need not result in simple systems at all. In this article, pains were taken to emphasize that modal logic today in the early twenty-first century is not a sort of intensional epicycle or ornamentation of standard logical systems, but a tool inside the classical realm for analyzing the fine-structure of the rich landscape of systems that span the field of logic today. A good case for optimism is the interface of modal logic and epistemology. The ‘dynamic semantics’ of (Groenendijk & Stokhof 1991) makes this explicit. Rather than being baroque extensions of the sort that Frege rejected, modal languages have a charming austerity, and they demonstrate how ‘small is beautiful’. For a current modal study of how to model genuine notions of knowledge using more sophisticated philosophical intuitions, see Holliday 2012. (a) Given a finite model and a modal formula , checking whether takes polynomial time in length() + size(). 1992, Gabbay, Hogger & Robinson eds. The resulting modal fragment of first-order logic turns out to share nice properties of the full system such as Compactness, Interpolation, Löwenheim-Skolem, model-theoretic preservation theorems, and others. This impression of exoticness is wildly obsolete, and modal languages will be a standard part of the heartland of logic in the perspective taken later on, applying also to a variety of standard topics in mathematical logic. With this in place, we will survey extensions in later sections, while ending this article with a few deeper excursions to the contemporary scene. But at the same time, in its technical development, modal logic has also become something more, starting from the discovery in the 1950s and 1960s of various translations taking modal languages into systems of classical logic. eds.. S. Artemov, 2006, ‘Modal Logic and Mathematics’, in P. Blackburn et al., eds. Dynamic predicate logic Another new view on first-order logic emphasizes the intuitive state change implicit in evaluating an existential quantifier. Modal predicate logic An important topic in philosophical applications of modal logic that we have mostly ignored in this survey is modal predicate logic. The resulting strategy is indicated by the two bold face lines: This may be surprising, as the outcome is better for both than reaching . We will see later what makes these fragments so well behaved. And plausibility models also support a richer notion, namely a binary modality of conditional belief saying that is true in all most plausible epistemically accessible worlds that satisfy . The key truth condition for the standard existential quantifier reads: This clearly has a modal pattern for evaluating an existential modality: where we now think of the points as states of some semantic evaluation process. We can explain the surplus of necessary truth over ordinary truth by going beyond the actual world in terms of some larger universe of metaphysically possible worlds. 1answer 118 views On which frames is the modal system KW valid? Modal operators express modality, such as: The above possibilities are the only operators used in modal logic in the narrow sense. Contacts between modal logic and philosophy in new modes are very much in evidence in the literature on metaphysics (Zalta 1993, Williamson 2000, 2013, Fine 2002), epistemic modals (expressions like “must”, “may”, “probably”, and so on), where modal logic meets with epistemology and philosophy of language (Swanson 2011, Yalcin 2007, Holliday & Icard 2013, Hawke & Steinert-Steinert 2015). This trend toward exploring a wider spectrum of interpretations was reinforced by the addition, in the 1950s, of a crucial further parameter (by Kanger, Hintikka, Kripke, and Montague) that increased the reach of modal logic immensely. By asking, conveys the information that she does not know whether . It provides a wide-ranging extension of our standard semantics quantifying over reachable points in graphs, which it contains as a special case. Technically, this works as follows in our models. Standard folklore ‘improves’ natural language here to a first-order form: But with dynamic semantics, this meaning arises automatically for the above surface form, as any value assigned by the existential move in the antecedent will be bound to when the consequent is processed. The first is syntax -- rules about how to operate the squiggles on the page to … At the same time, it is also important to see that many different concrete interpretations can be attached to this system, and how diverse these are. This allows one to view natural language meanings in terms of updates of propositional content, perspective, and other parameters that determine the transfer of information. Graphs are ubiquitous in many areas, and they are a good abstraction level for understanding what modal logic is about. Suppose and Tell. Modalities now get labeled with explicit action expressions to show what they range over. Non-first-order principles are the McKinsey Axiom. KW is defined as K + the axiom W: ( p→p)→ p. It is said to be valid on all finite transitive and irreflexive frames. In many modal systems today, recursive definitions play a role, say, for iteration of actions, common knowledge, or the description of temporal behavior on infinite histories. Model checking and temporal logic are very hot research areas in computer science which use modal logics extensively. There are many further definability results in modal model theory. For example, the statement "John is happy" might be qualified by saying that John is usually happy, in which case the term "usually" is functioning as a modal. : expresses confluence: if and modal logic for philosophers there are many other modal aspects to tradition. Simple models of special domains over a unique minimal logic ” assertions ’ in... Between a log… this book provides an accessible yet technically sound treatment of modal logic the full menu today... 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