Combining Texts

All the ideas for 'The Evolution of Modern Metaphysics', 'First-Order Modal Logic' and 'Against Liberalism'

unexpand these ideas     |    start again     |     specify just one area for these texts


84 ideas

1. Philosophy / E. Nature of Metaphysics / 1. Nature of Metaphysics
Metaphysics is the most general attempt to make sense of things [Moore,AW]
     Full Idea: Metaphysics is the most general attempt to make sense of things.
     From: A.W. Moore (The Evolution of Modern Metaphysics [2012], Intro)
     A reaction: This is the first sentence of Moore's book, and a touchstone idea all the way through. It stands up well, because it says enough without committing to too much. I have to agree with it. It implies explanation as the key. I like generality too.
4. Formal Logic / B. Propositional Logic PL / 3. Truth Tables
Each line of a truth table is a model [Fitting/Mendelsohn]
     Full Idea: Each line of a truth table is, in effect, a model.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
     A reaction: I find this comment illuminating. It is being connected with the more complex models of modal logic. Each line of a truth table is a picture of how the world might be.
4. Formal Logic / D. Modal Logic ML / 2. Tools of Modal Logic / a. Symbols of ML
Modal logic adds □ (necessarily) and ◊ (possibly) to classical logic [Fitting/Mendelsohn]
     Full Idea: For modal logic we add to the syntax of classical logic two new unary operators □ (necessarily) and ◊ (possibly).
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.3)
We let 'R' be the accessibility relation: xRy is read 'y is accessible from x' [Fitting/Mendelsohn]
     Full Idea: We let 'R' be the accessibility relation: xRy is read 'y is accessible from x'.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.5)
The symbol ||- is the 'forcing' relation; 'Γ ||- P' means that P is true in world Γ [Fitting/Mendelsohn]
     Full Idea: The symbol ||- is used for the 'forcing' relation, as in 'Γ ||- P', which means that P is true in world Γ.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
The prefix σ names a possible world, and σ.n names a world accessible from that one [Fitting/Mendelsohn]
     Full Idea: A 'prefix' is a finite sequence of positive integers. A 'prefixed formula' is an expression of the form σ X, where σ is a prefix and X is a formula. A prefix names a possible world, and σ.n names a world accessible from that one.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
4. Formal Logic / D. Modal Logic ML / 2. Tools of Modal Logic / b. Terminology of ML
A 'constant' domain is the same for all worlds; 'varying' domains can be entirely separate [Fitting/Mendelsohn]
     Full Idea: In 'constant domain' semantics, the domain of each possible world is the same as every other; in 'varying domain' semantics, the domains need not coincide, or even overlap.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 4.5)
Modern modal logic introduces 'accessibility', saying xRy means 'y is accessible from x' [Fitting/Mendelsohn]
     Full Idea: Modern modal logic takes into consideration the way the modal relates the possible worlds, called the 'accessibility' relation. .. We let R be the accessibility relation, and xRy reads as 'y is accessible from x.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.5)
     A reaction: There are various types of accessibility, and these define the various modal logics.
A 'model' is a frame plus specification of propositions true at worlds, written < G,R,||- > [Fitting/Mendelsohn]
     Full Idea: A 'model' is a frame plus a specification of which propositional letters are true at which worlds. It is written as , where ||- is a relation between possible worlds and propositional letters. So Γ ||- P means P is true at world Γ.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
A 'frame' is a set G of possible worlds, with an accessibility relation R, written < G,R > [Fitting/Mendelsohn]
     Full Idea: A 'frame' consists of a non-empty set G, whose members are generally called possible worlds, and a binary relation R, on G, generally called the accessibility relation. We say the frame is the pair so that a single object can be talked about.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
Accessibility relations can be 'reflexive' (self-referring), 'transitive' (carries over), or 'symmetric' (mutual) [Fitting/Mendelsohn]
     Full Idea: A relation R is 'reflexive' if every world is accessible from itself; 'transitive' if the first world is related to the third world (ΓRΔ and ΔRΩ → ΓRΩ); and 'symmetric' if the accessibility relation is mutual.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.7)
     A reaction: The different systems of modal logic largely depend on how these accessibility relations are specified. There is also the 'serial' relation, which just says that any world has another world accessible to it.
4. Formal Logic / D. Modal Logic ML / 2. Tools of Modal Logic / c. Derivation rules of ML
Negation: if σ ¬¬X then σ X [Fitting/Mendelsohn]
     Full Idea: General tableau rule for negation: if σ ¬¬X then σ X
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
Disj: a) if σ ¬(X∨Y) then σ ¬X and σ ¬Y b) if σ X∨Y then σ X or σ Y [Fitting/Mendelsohn]
     Full Idea: General tableau rules for disjunctions: a) if σ ¬(X ∨ Y) then σ ¬X and σ ¬Y b) if σ X ∨ Y then σ X or σ Y
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
Existential: a) if σ ◊X then σ.n X b) if σ ¬□X then σ.n ¬X [n is new] [Fitting/Mendelsohn]
     Full Idea: General tableau rules for existential modality: a) if σ ◊ X then σ.n X b) if σ ¬□ X then σ.n ¬X , where n introduces some new world (rather than referring to a world that can be seen).
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
     A reaction: Note that the existential rule of ◊, usually read as 'possibly', asserts something about a new as yet unseen world, whereas □ only refers to worlds which can already be seen,
T reflexive: a) if σ □X then σ X b) if σ ¬◊X then σ ¬X [Fitting/Mendelsohn]
     Full Idea: System T reflexive rules (also for B, S4, S5): a) if σ □X then σ X b) if σ ¬◊X then σ ¬X
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
D serial: a) if σ □X then σ ◊X b) if σ ¬◊X then σ ¬□X [Fitting/Mendelsohn]
     Full Idea: System D serial rules (also for T, B, S4, S5): a) if σ □X then σ ◊X b) if σ ¬◊X then σ ¬□X
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
B symmetric: a) if σ.n □X then σ X b) if σ.n ¬◊X then σ ¬X [n occurs] [Fitting/Mendelsohn]
     Full Idea: System B symmetric rules (also for S5): a) if σ.n □X then σ X b) if σ.n ¬◊X then σ ¬X [where n is a world which already occurs]
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
4 transitive: a) if σ □X then σ.n □X b) if σ ¬◊X then σ.n ¬◊X [n occurs] [Fitting/Mendelsohn]
     Full Idea: System 4 transitive rules (also for K4, S4, S5): a) if σ □X then σ.n □X b) if σ ¬◊X then σ.n ¬◊X [where n is a world which already occurs]
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
4r rev-trans: a) if σ.n □X then σ □X b) if σ.n ¬◊X then σ ¬◊X [n occurs] [Fitting/Mendelsohn]
     Full Idea: System 4r reversed-transitive rules (also for S5): a) if σ.n □X then σ □X b) if σ.n ¬◊X then σ ¬◊X [where n is a world which already occurs]
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
If a proposition is possibly true in a world, it is true in some world accessible from that world [Fitting/Mendelsohn]
     Full Idea: If a proposition is possibly true in a world, then it is also true in some world which is accessible from that world. That is: Γ ||- ◊X ↔ for some Δ ∈ G, ΓRΔ then Δ ||- X.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
If a proposition is necessarily true in a world, it is true in all worlds accessible from that world [Fitting/Mendelsohn]
     Full Idea: If a proposition is necessarily true in a world, then it is also true in all worlds which are accessible from that world. That is: Γ ||- □X ↔ for every Δ ∈ G, if ΓRΔ then Δ ||- X.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.6)
Conj: a) if σ X∧Y then σ X and σ Y b) if σ ¬(X∧Y) then σ ¬X or σ ¬Y [Fitting/Mendelsohn]
     Full Idea: General tableau rules for conjunctions: a) if σ X ∧ Y then σ X and σ Y b) if σ ¬(X ∧ Y) then σ ¬X or σ ¬Y
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
Bicon: a)if σ(X↔Y) then σ(X→Y) and σ(Y→X) b) [not biconditional, one or other fails] [Fitting/Mendelsohn]
     Full Idea: General tableau rules for biconditionals: a) if σ (X ↔ Y) then σ (X → Y) and σ (Y → X) b) if σ ¬(X ↔ Y) then σ ¬(X → Y) or σ ¬(Y → X)
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
Implic: a) if σ ¬(X→Y) then σ X and σ ¬Y b) if σ X→Y then σ ¬X or σ Y [Fitting/Mendelsohn]
     Full Idea: General tableau rules for implications: a) if σ ¬(X → Y) then σ X and σ ¬Y b) if σ X → Y then σ ¬X or σ Y
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
Universal: a) if σ ¬◊X then σ.m ¬X b) if σ □X then σ.m X [m exists] [Fitting/Mendelsohn]
     Full Idea: General tableau rules for universal modality: a) if σ ¬◊ X then σ.m ¬X b) if σ □ X then σ.m X , where m refers to a world that can be seen (rather than introducing a new world).
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.2)
     A reaction: Note that the universal rule of □, usually read as 'necessary', only refers to worlds which can already be seen, whereas possibility (◊) asserts some thing about a new as yet unseen world.
S5: a) if n ◊X then kX b) if n ¬□X then k ¬X c) if n □X then k X d) if n ¬◊X then k ¬X [Fitting/Mendelsohn]
     Full Idea: Simplified S5 rules: a) if n ◊X then kX b) if n ¬□X then k ¬X c) if n □X then k X d) if n ¬◊X then k ¬X. 'n' picks any world; in a) and b) 'k' asserts a new world; in c) and d) 'k' refers to a known world
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 2.3)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / b. System K
The system K has no accessibility conditions [Fitting/Mendelsohn]
     Full Idea: The system K has no frame conditions imposed on its accessibility relation.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
     A reaction: The system is named K in honour of Saul Kripke.
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / c. System D
□P → P is not valid in D (Deontic Logic), since an obligatory action may be not performed [Fitting/Mendelsohn]
     Full Idea: System D is usually thought of as Deontic Logic, concerning obligations and permissions. □P → P is not valid in D, since just because an action is obligatory, it does not follow that it is performed.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.12.2 Ex)
The system D has the 'serial' conditon imposed on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system D has the 'serial' condition imposed on its accessibility relation - that is, every world must have some world which is accessible to it.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / d. System T
The system T has the 'reflexive' conditon imposed on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system T has the 'reflexive' condition imposed on its accessibility relation - that is, every world must be accessible to itself.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / e. System K4
The system K4 has the 'transitive' condition on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system K4 has the 'transitive' condition imposed on its accessibility relation - that is, if a relation holds between worlds 1 and 2 and worlds 2 and 3, it must hold between worlds 1 and 3. The relation carries over.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / f. System B
The system B has the 'reflexive' and 'symmetric' conditions on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system B has the 'reflexive' and 'symmetric' conditions imposed on its accessibility relation - that is, every world must be accessible to itself, and any relation between worlds must be mutual.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / g. System S4
The system S4 has the 'reflexive' and 'transitive' conditions on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system S4 has the 'reflexive' and 'transitive' conditions imposed on its accessibility relation - that is, every world is accessible to itself, and accessibility carries over a series of worlds.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
4. Formal Logic / D. Modal Logic ML / 3. Modal Logic Systems / h. System S5
System S5 has the 'reflexive', 'symmetric' and 'transitive' conditions on its accessibility relation [Fitting/Mendelsohn]
     Full Idea: The system S5 has the 'reflexive', 'symmetric' and 'transitive' conditions imposed on its accessibility relation - that is, every world is self-accessible, and accessibility is mutual, and it carries over a series of worlds.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.8)
     A reaction: S5 has total accessibility, and hence is the most powerful system (though it might be too powerful).
4. Formal Logic / D. Modal Logic ML / 4. Alethic Modal Logic
Modality affects content, because P→◊P is valid, but ◊P→P isn't [Fitting/Mendelsohn]
     Full Idea: P→◊P is usually considered to be valid, but its converse, ◊P→P is not, so (by Frege's own criterion) P and possibly-P differ in conceptual content, and there is no reason why logic should not be widened to accommodate this.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.2)
     A reaction: Frege had denied that modality affected the content of a proposition (1879:p.4). The observation here is the foundation for the need for a modal logic.
4. Formal Logic / D. Modal Logic ML / 5. Epistemic Logic
In epistemic logic knowers are logically omniscient, so they know that they know [Fitting/Mendelsohn]
     Full Idea: In epistemic logic the knower is treated as logically omniscient. This is puzzling because one then cannot know something and yet fail to know that one knows it (the Principle of Positive Introspection).
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.11)
     A reaction: This is nowadays known as the K-K Problem - to know, must you know that you know. Broadly, we find that externalists say you don't need to know that you know (so animals know things), but internalists say you do need to know that you know.
Read epistemic box as 'a knows/believes P' and diamond as 'for all a knows/believes, P' [Fitting/Mendelsohn]
     Full Idea: In epistemic logic we read Υ as 'KaP: a knows that P', and ◊ as 'PaP: it is possible, for all a knows, that P' (a is an individual). For belief we read them as 'BaP: a believes that P' and 'CaP: compatible with everything a believes that P'.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.11)
     A reaction: [scripted capitals and subscripts are involved] Hintikka 1962 is the source of this. Fitting and Mendelsohn prefer □ to read 'a is entitled to know P', rather than 'a knows that P'.
4. Formal Logic / D. Modal Logic ML / 6. Temporal Logic
F: will sometime, P: was sometime, G: will always, H: was always [Fitting/Mendelsohn]
     Full Idea: We introduce four future and past tense operators: FP: it will sometime be the case that P. PP: it was sometime the case that P. GP: it will always be the case that P. HP: it has always been the case that P. (P itself is untensed).
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 1.10)
     A reaction: Temporal logic begins with A.N. Prior, and starts with □ as 'always', and ◊ as 'sometimes', but then adds these past and future divisions. Two different logics emerge, taking □ and ◊ as either past or as future.
4. Formal Logic / D. Modal Logic ML / 7. Barcan Formula
The Barcan says nothing comes into existence; the Converse says nothing ceases; the pair imply stability [Fitting/Mendelsohn]
     Full Idea: The Converse Barcan says nothing passes out of existence in alternative situations. The Barcan says that nothing comes into existence. The two together say the same things exist no matter what the situation.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 4.9)
     A reaction: I take the big problem to be that these reflect what it is you want to say, and that does not keep stable across a conversation, so ordinary rational discussion sometimes asserts these formulas, and 30 seconds later denies them.
The Barcan corresponds to anti-monotonicity, and the Converse to monotonicity [Fitting/Mendelsohn]
     Full Idea: The Barcan formula corresponds to anti-monotonicity, and the Converse Barcan formula corresponds to monotonicity.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 6.3)
5. Theory of Logic / F. Referring in Logic / 3. Property (λ-) Abstraction
'Predicate abstraction' abstracts predicates from formulae, giving scope for constants and functions [Fitting/Mendelsohn]
     Full Idea: 'Predicate abstraction' is a key idea. It is a syntactic mechanism for abstracting a predicate from a formula, providing a scoping mechanism for constants and function symbols similar to that provided for variables by quantifiers.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], Pref)
9. Objects / F. Identity among Objects / 7. Indiscernible Objects
The Indiscernibility of Identicals has been a big problem for modal logic [Fitting/Mendelsohn]
     Full Idea: Equality has caused much grief for modal logic. Many of the problems, which have struck at the heart of the coherence of modal logic, stem from the apparent violations of the Indiscernibility of Identicals.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 7.1)
     A reaction: Thus when I say 'I might have been three inches taller', presumably I am referring to someone who is 'identical' to me, but who lacks one of my properties. A simple solution is to say that the person is 'essentially' identical.
10. Modality / E. Possible worlds / 3. Transworld Objects / a. Transworld identity
□ must be sensitive as to whether it picks out an object by essential or by contingent properties [Fitting/Mendelsohn]
     Full Idea: If □ is to be sensitive to the quality of the truth of a proposition in its scope, then it must be sensitive as to whether an object is picked out by an essential property or by a contingent one.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 4.3)
     A reaction: This incredibly simple idea strikes me as being powerful and important. ...However, creating illustrative examples leaves me in a state of confusion. You try it. They cite '9' and 'number of planets'. But is it just nominal essence? '9' must be 9.
Objects retain their possible properties across worlds, so a bundle theory of them seems best [Fitting/Mendelsohn]
     Full Idea: The property of 'possibly being a Republican' is as much a property of Bill Clinton as is 'being a democrat'. So we don't peel off his properties from world to world. Hence the bundle theory fits our treatment of objects better than bare particulars.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 7.3)
     A reaction: This bundle theory is better described in recent parlance as the 'modal profile'. I am reluctant to talk of a modal truth about something as one of its 'properties'. An objects, then, is a bundle of truths?
10. Modality / E. Possible worlds / 3. Transworld Objects / c. Counterparts
Counterpart relations are neither symmetric nor transitive, so there is no logic of equality for them [Fitting/Mendelsohn]
     Full Idea: The main technical problem with counterpart theory is that the being-a-counterpart relation is, in general, neither symmetric nor transitive, so no natural logic of equality is forthcoming.
     From: M Fitting/R Mendelsohn (First-Order Modal Logic [1998], 4.5)
     A reaction: That is, nothing is equal to a counterpart, either directly or indirectly.
11. Knowledge Aims / C. Knowing Reality / 3. Idealism / b. Transcendental idealism
Appearances are nothing beyond representations, which is transcendental ideality [Moore,AW]
     Full Idea: Appearances in general are nothing outside our representations, which is just what we mean by transcendental ideality.
     From: A.W. Moore (The Evolution of Modern Metaphysics [2012], B535/A507)
12. Knowledge Sources / E. Direct Knowledge / 2. Intuition
Intuitions don't prove things; they just receptivity to interpretations [Kekes]
     Full Idea: Appeal to intuitions cannot prove or disprove anything. They merely create receptivity to particular interpretations of particular cases.
     From: John Kekes (Against Liberalism [1997], 04.3)
     A reaction: A nice point, but more is needed. A gun to the head can create receptivity. What distinguishes good from bad intuitions? Why are intuitions different from mere whims or hopes?
20. Action / C. Motives for Action / 4. Responsibility for Actions
Liberals say we are only responsible for fully autonomous actions [Kekes]
     Full Idea: The liberal view is that people can be held responsible only for actions that are in their control: actions that reflect the agents' unforced choices, evaluations, and understanding of their significance - that is, autonomous actions.
     From: John Kekes (Against Liberalism [1997], 01.5)
     A reaction: Kekes, who is a somewhat right wing anti-liberal, thinks people should be mainly held responsible for the consequences, unless they have a very good excuse.
Collective responsibility conflicts with responsibility's requirement of authonomy [Kekes]
     Full Idea: The ascription of collective responsibility is inconsistent with …the belief that people should be held responsible for only their own autonomous actions.
     From: John Kekes (Against Liberalism [1997], 04)
     A reaction: The autonomy would need to be displaced, from the decision to act to the decision of identify with the organisation. But if you invest in an evil group you are responsible for actions you never even knew occurred (never mind autonomy).
22. Metaethics / A. Ethics Foundations / 1. Nature of Ethics / g. Moral responsibility
Moral and causal responsibility are not clearly distinct [Kekes]
     Full Idea: Moral and causal responsibility cannot be distinguished as clearly as the liberal strategy requires.
     From: John Kekes (Against Liberalism [1997], 03.2)
     A reaction: I take assessment to be a two-stage operation. It is usually easy to assign causal responsibility. Moral responsibiity is quite different. Our negligence can make us morally responsible for an event we didn’t cause.
Morality should aim to prevent all evil actions, not just autonomous ones [Kekes]
     Full Idea: If one main task of morality is to prevent evil, then morality must be concerned with all evil-producing actions, not just autonomous ones.
     From: John Kekes (Against Liberalism [1997], 03.3)
     A reaction: Hm. Is placing a railing next to a flight of steps a moral action? Possibly.
Much human evil is not autonomous, so moral responsibility need not be autonomous [Kekes]
     Full Idea: If much evil is due to nonautonomous actions, then liberals cannot be right in idenitfying the domain of moral responsibility with the domain of autonomy.
     From: John Kekes (Against Liberalism [1997], 02.1)
     A reaction: One might evade this anti-liberal thought by making responsibility directly proportional to degree of autonomy. Then the only counterexample would be genuine immorality that is entirely non-autonomous, but is there such a thing?
Effects show the existence of moral responsibility, and mental states show the degree [Kekes]
     Full Idea: Psychological states are relevant to the degree of an agent's moral responsibility, while the effects of their actions are relevant to whether the agents are liable to moral responsibility.
     From: John Kekes (Against Liberalism [1997], 03.5)
     A reaction: He has previously offered a problem case for this, where someone's social role makes them fully responsible whatever their mental state. I still think his distinction is helpful. 1) Whose fault is it, then 2) How far are they to blame? Normal practice.
Evil people may not be autonomously aware, if they misjudge the situation [Kekes]
     Full Idea: Agents who perform evil nonautonomously do not know what they are doing, because they have made a mistake in understanding or evaluating their own conduct.
     From: John Kekes (Against Liberalism [1997], 02.4)
     A reaction: So while liberals say that true evil must be autonomous, Kekes says it may result from factual or evaluative error, for which people are also responsible.
Ought implies can means moral responsibility needs autonomy [Kekes]
     Full Idea: Ought implies can translates into the claim that only autonomous agents are morally responsible.
     From: John Kekes (Against Liberalism [1997], 03.3)
     A reaction: Since Kekes identifies autonomy as the key to liberalism, he sees this also as a basic liberal claim (which he rejects). I ought to ring my mother, but my phone is broken (so I ought not to ring my mother?)..
Why should moral responsibility depend on autonomy, rather than social role or experience? [Kekes]
     Full Idea: Why should moral responsibility be made to depend on autonomy, rather than on intelligence, education, social role, experience, or whatever?
     From: John Kekes (Against Liberalism [1997], 03.3)
     A reaction: Social role seems a particularly good one to cite. 'I didn't really understand what I was doing.' 'But it's your job to understand!'
22. Metaethics / A. Ethics Foundations / 2. Source of Ethics / e. Human nature
Liberals assume people are naturally free, equal, rational, and morally good [Kekes]
     Full Idea: The view of human nature at the core of the liberal faith is that human beings are by their nature free, equal, rational, and morally good.
     From: John Kekes (Against Liberalism [1997], 02.5)
     A reaction: These four claims are quite distinct, and should be evaluated separately. I think I'm something of a liberal, but I don't really accept any of them. Hm. I just want all people to have these attributes.
22. Metaethics / B. Value / 2. Values / g. Love
Love should be partial, and discriminate in favour of its object [Kekes]
     Full Idea: Love is personal and partial. It is not love if it does not discriminate in favor of its object.
     From: John Kekes (Against Liberalism [1997], 09.4)
     A reaction: I agree with that, mainly on the grounds that this is the natural form of human love. Generalised love of mankind seems like a distortion, even if it is well-meaning.
Sentimental love distorts its object [Kekes]
     Full Idea: Love is sentimental if it exaggerates the virtues and minimises the vices of its object.
     From: John Kekes (Against Liberalism [1997], 09.5)
     A reaction: Not sure about this. It implies that we should retain a streak of cold evaluative objectivity, even about the people we love most. There is difference between knowing a person's qualities, and the importance we attach to those qualities. Forgive vices!
22. Metaethics / B. Value / 2. Values / j. Evil
Evil is not deviation from the good, any more than good is a deviation from evil [Kekes]
     Full Idea: There is no more reason to think of evil as deviation from the good than there is to think of the good as deviation from evil.
     From: John Kekes (Against Liberalism [1997], 02.2)
     A reaction: This is a political moderate right winger defending the concept of evil as a basic and inescapable component of existence, in contrast to liberals who tend to deny 'pure evil'.
22. Metaethics / C. The Good / 1. Goodness / g. Consequentialism
What matters for morality is the effects of action, not the psychological causes [Kekes]
     Full Idea: What is crucial to morality are the good and evil effects of human actions, not their psychological causes.
     From: John Kekes (Against Liberalism [1997], 03.4)
     A reaction: The context is his attack on the liberal idea that morality only concerns the actions of autonomous agents. Kekes says he is not a full consequentialist. He just urges that consequences be given greater weight. Even Kant must care about that.
23. Ethics / C. Virtue Theory / 2. Elements of Virtue Theory / e. Character
It is said that if an agent is not autonomous then their evil actions don't reflect on their character [Kekes]
     Full Idea: Liberals deny the reflexivity of evil, …to prevent the evil consequences of an agent's morally deplorable actions from redounding to their detriment. Evil actions are allowed to reflect on their agents only if the agents cause them autonomously.
     From: John Kekes (Against Liberalism [1997], 03.5)
     A reaction: A central question of morality is essentialising character. That is, when does an eater of carrots become a carrot-eater? When does a performer of wicked deeds become a wicked person? Never, say many liberals. Wrong, says Kekes.
23. Ethics / C. Virtue Theory / 3. Virtues / f. Compassion
Awareness of others' suffering doesn't create an obligation to help [Kekes]
     Full Idea: It is a mistaken assumption that knowledge of the sufferings of others creates an obligation to help them.
     From: John Kekes (Against Liberalism [1997], 09.4)
     A reaction: A nice question is when that knowledge does become an obligation. The obvious criteria are proximity to the suffering, and capacity to relieve it. But then a wealthy person couldn't walk down the street without such obigations. Hm.
24. Political Theory / A. Basis of a State / 4. Original Position / b. Veil of ignorance
The veil of ignorance is only needed because people have bad motivations [Kekes]
     Full Idea: If the darker aspects of human motivation did not exist, there would be no need for Rawls to place his people behind the veil of ignorance.
     From: John Kekes (Against Liberalism [1997], 07.2)
     A reaction: All the critics observe that Rawls's blind choosers are nothing like as simple as the mere specks of rationality he seems to imagine. The usual objection is that they are already liberals, but this objection says they are already benevolent.
24. Political Theory / B. Nature of a State / 1. Purpose of a State
The chief function of the state is to arbitrate between contending visions of the good life [Kekes]
     Full Idea: The chief function of the state is seen to be to maintain what is referred to as the dialogue or conversation among the contending visions of how life should be lived.
     From: John Kekes (Against Liberalism [1997], 08.4)
     A reaction: This is Kekes's defence of 'pluralism'. It is not liberal, because liberal freedom, autonomy and equality is only one of the competing visions of the good life. Almost every state suppresses some such visions.
24. Political Theory / B. Nature of a State / 4. Citizenship
Citizenship is easier than parenthood [Kekes]
     Full Idea: It is much easier to be a good citizen than it is to be a good parent.
     From: John Kekes (Against Liberalism [1997], 09.4)
     A reaction: A nice observation. It is shocking how many people are bad citizens, given the limited demands. I think philosophers have some responsibility for beliefs and values which people bring to their citizenship. Parents need communal support.
24. Political Theory / C. Ruling a State / 1. Social Power
Power is meant to be confined to representatives, and subsequent delegation [Kekes]
     Full Idea: Universal adult suffrage and representative government are intended to give everyone equal initial political power, and assure that delegation is the only legitimate means to acquiring greater power.
     From: John Kekes (Against Liberalism [1997], 05.1)
     A reaction: The delegation bit is where it all goes wrong. Once you've packed your representative off to the capital, you lose nearly all control over what sort of delegation happens next. It is hard to trust representatives voters have barely met.
24. Political Theory / D. Ideologies / 3. Conservatism
Prosperity is a higher social virtue than justice [Kekes]
     Full Idea: If social institutions were to have a first virtue, …prosperity would be a much stronger candidate that justice.
     From: John Kekes (Against Liberalism [1997], 06.3)
     A reaction: Kekes occasionally pays lip service to ecological issues, but this shows he is not serious. Endless economic growth will kill our planet, so it should never be our prime virtue. Also the impplication that you can't be too prosperous is plainly false.
24. Political Theory / D. Ideologies / 6. Liberalism / a. Liberalism basics
Liberal basics are pluralism, freedom, rights, equality, and distributive justice - for autonomy [Kekes]
     Full Idea: The basic liberal values are pluralism, freedom, rights, equality, and distributive justice. What makes them basically valuable is that they enable individuals to live autonomously.
     From: John Kekes (Against Liberalism [1997], 01.2)
     A reaction: Helpful. Kekes identifies respect for autonomy as the single value which unites all liberal doctrines (and he traces it back to Kant).
24. Political Theory / D. Ideologies / 6. Liberalism / b. Liberal individualism
The key liberal values are explained by the one core value, which is autonomy [Kekes]
     Full Idea: Liberals regard pluralism, freedom, rights, equality and distributive justice as basic …but this particular group of values is explained by the true core of liberalism, the inner citadel for whose protection all the liberal battles are waged: autonomy.
     From: John Kekes (Against Liberalism [1997], 01.5)
     A reaction: Given that children, soldiers, monks and nuns, and people in old folks homes have very limited autonomy, it is reasonable to query whether it really is so important. I like autonomy if I have external power over my life; not so good when in hospital.
Agents have little control over the capacities needed for liberal autonomy [Kekes]
     Full Idea: It is important [for liberals] to realise that agents have no control over their possession of the capacities and opportunities on which their autonomy depends.
     From: John Kekes (Against Liberalism [1997], 03.2)
     A reaction: It can be replied to Kekes that they also have little control over the capacities upon which his prized 'desert' depends. It may be an axiom of all modern political thought that people have less control than we imagine.
24. Political Theory / D. Ideologies / 6. Liberalism / c. Liberal equality
Liberals are egalitarians, but in varying degrees [Kekes]
     Full Idea: All liberals are egalitarians, though they may be more or less so.
     From: John Kekes (Against Liberalism [1997], 05.1)
     A reaction: In the broadest view, this may be the one thing which distinguishes generalised liberals from the rest. To reject it needs a basis for the rejection, and every basis for its flat rejection is anathema to liberals.
24. Political Theory / D. Ideologies / 6. Liberalism / d. Liberal freedom
Are egalitarians too coercive, or not egalitarian enough, or lax over morality? [Kekes]
     Full Idea: Egalitarian liberalism is criticised by classical [freedom] liberals for its coercive redistribution, by socialist liberals for not being egalitarian enough, and by conservative liberals for abandoning moral standards in the guise of neutrality.
     From: John Kekes (Against Liberalism [1997], 01.4)
     A reaction: Income tax is 'coercive' distribution, but it is done with general consent in most liberal democracies. An interesting line between the needs of the state and the needs of its most needy citizens.
24. Political Theory / D. Ideologies / 6. Liberalism / g. Liberalism critique
Liberal justice ignores desert, which is the essence of justice [Kekes]
     Full Idea: The liberal conception of justice …excludes the essence of justice: desert.
     From: John Kekes (Against Liberalism [1997], Pref)
     A reaction: Certainly our normal concept of justice includes such thoughts as 'serves him right'. The trouble with the Kekes view is his society is continually morally judging people, and most people's grounds for that are fairly irrational. It's why we have courts.
Why do liberals not see a much wider range of values as basic? [Kekes]
     Full Idea: Why are prosperity, order, civility, peace, a healthy environment, security, happiness, and law-abidingness not as important as those thought of by liberals as basic?
     From: John Kekes (Against Liberalism [1997], 02.5)
     A reaction: This presumes that liberals only see a narrow core of values as basic to the structure of the society. Presumably every society should be well disposed towards the nice features listed here. Would their absence wreck the society?
Liberals ignore contingency, and think people are good and equal, and institutions cause evil [Kekes]
     Full Idea: Liberals comfortably believe that autonomy minimises contingency, that humans are disposed to the good, that wickedness is due to remediable institutions, and that humans are morally equal because of their autonomy.
     From: John Kekes (Against Liberalism [1997], 07.4)
     A reaction: In a nutshell, Kekes thinks liberals are naïve. That institutions cause evil sounds more Marxist than liberal. When individuals become evil, it is reasonable for us to think that this need not have been the case.
Liberal distribution cares more about recipients than donors [Kekes]
     Full Idea: Liberal distribution cares more about the rights of the recipients than the rights of the donors.
     From: John Kekes (Against Liberalism [1997], 01.2)
     A reaction: Even if you are very left wing indeed, this is an important point. A society dominated by a powerful Robin Hood (steal from the rich, for the poor) is quite likely to end in civil war. But should society allow huge individual wealths to accumulate?
25. Social Practice / B. Equalities / 1. Grounds of equality
To rectify the undeserved equality, we should give men longer and women shorter lives [Kekes]
     Full Idea: Redistribution ought to aim to equalise the life expectancy of men and women, by making men have longer and women shorter lives.
     From: John Kekes (Against Liberalism [1997], 05.4)
     A reaction: This is a nice satirical counterexample to the Rawlsian claim that 'undeserved inequalities should somehow be compensated for' [Rawls 1971: 100]. See also Kurt Vonnegut's story 'Harrison Bergeron'.
It is just a fact that some people are morally better than others [Kekes]
     Full Idea: It is an obviolus fact that some people are morally better than others and that some are morally worse.
     From: John Kekes (Against Liberalism [1997], 10.4)
     A reaction: This could be conceded, without then asserting that the moral ones are superior, or more deserving. That is a social strategy, rather than a fact. We can challenge the criteria for 'morally better', but we can't deny a rankng once it is agreed.
25. Social Practice / B. Equalities / 4. Economic equality
It is not deplorable that billionaires have more than millionaires [Kekes]
     Full Idea: It is certainly not intuitively deplorable that billionaires have more money than millionaires.
     From: John Kekes (Against Liberalism [1997], 05.3)
     A reaction: Nice point. His claim is that sufficiency is the important feature, and equality is largely irrelevant. The reality, though, is that the billionaires, unlike the millionaires, could solve the insufficiency problem.
The problem is basic insufficiency of resources, not their inequality [Kekes]
     Full Idea: If everyone has sufficient resources, it is not objectionable that some have more than others. What is objectionable is that some do not have enough.
     From: John Kekes (Against Liberalism [1997], 10.3)
     A reaction: Reasonable, but there seems to be sharp disagreement between the haves and the have-nots over what counts as 'enough'. In an affluent country, does enough include a car, restaurant dining, and foreign holidays? Or just food and shelter?
25. Social Practice / D. Justice / 1. Basis of justice
Justice combines consistency and desert; treat likes alike, judging likeness by desert [Kekes]
     Full Idea: Justice is a combination of consistency and desert. Like cases should be treated alike, and likenesses should be evaluated according to desert.
     From: John Kekes (Against Liberalism [1997], 06.3)
     A reaction: [compressed] He needs to add that at least the desert should be relevant to the events being assessed. Should people not get a fair trial if they are branded as generally 'undeserving'? Hence the case must be judged before the desert is identified.
25. Social Practice / E. Policies / 3. Welfare provision
Liberal welfare focuses on need rather than desert [Kekes]
     Full Idea: In welfare legislation, liberals concentrate on what people need rather than on what they deserve.
     From: John Kekes (Against Liberalism [1997], 01,2)
     A reaction: He makes assessing what people 'deserve' sound easy. Do drowning people deserve to be rescued? Do billionaires deserve their wealth (which is not the same as 'did they acquire it legally')? What do rude people deserve?
25. Social Practice / F. Life Issues / 5. Sexual Morality
Sexual morality doesn't require monogamy, but it needs a group of sensible regulations [Kekes]
     Full Idea: A moral tradition need not be committed to monogamy, but it must regulate sexual conduct to prevent inbreeding, protect the sexually immature, prohibit some forms of coercion, and assign responsibility for raising children.
     From: John Kekes (Against Liberalism [1997], 08.1)
     A reaction: Wise words, I would say. The sexual liberation which arose with the contraceptive pill rather swamped thoughts of this type. These are just sensible responses to the facts of life.