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p q
p q

... Axioms (公設) An axiom is a proposition accepted as true without proof within the mathematical system. There are many examples of axioms in mathematics: Example: In Euclidean geometry the following are axioms Given two distinct points, there is exactly one line that contains them. Given a line and a ...
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... 3 Natural Deduction In 1934 Gerhard Getzen introduced Natural deduction. This proof method uses a list of assumptions to come upon a conclusion: φ1 , ..., φn  φ . That is we assert that φ is true based upon the assumption that φ1 , ..., φn are all true. We call the set of assumptions, φ1 , ..., φn ...
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QCD meets gravity and inertia

... smallness of relativistic correction (~P2 ) is compensated by 1/ P2 in the momentum direction precession frequency Helicity flip – the same! No helicity flip in gravitomagnetic field – another formulation of PNEP (OT’99) Never tested on purpose; reinterpretation (Silenko,OT’07) of EDM searches data ...
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... (Other variants such as Halpern & Moses, Ben-David & Gafni, Waaler not discussed here.) ...
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ppt

... If the unicorn is mythical, then it is immortal, but if it is not mythical then it is a mortal mammal. If the unicorn is either immortal or a mammal, then it is horned. The unicorn is magical if it is horned. Q: Is the unicorn mythical? Magical? Horned? ...
Methods of Proofs Recall we discussed the following methods of
Methods of Proofs Recall we discussed the following methods of

... A declared mathematical proposition whose truth value is unknown is called a conjecture. One of the main functions of a mathematician (and a computer scientist) is to decide the truth value of their claims (or someone else’s claims). If a conjecture is proven true we call is a theorem, lemma or coro ...
PowerPoint - Subir Sachdev
PowerPoint - Subir Sachdev

... and the vortex does not pick up any phase from the boson density. • The effective dual “magnetic” field acting on the vortex is zero, and the corresponding component of the Magnus force vanishes. ...
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Nature template - PC Word 97
Nature template - PC Word 97

... applications to study more exotic situations10. Two-particle correlation analysis is an increasingly important method for studying complex quantum phases of ultracold atoms7,8,9,10,11,12,13. It goes back to the discovery by Hanbury Brown and Twiss1, that photons emitted by a chaotic (incoherent) lig ...
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Nova Layout [7x10] - Institut Laue
Nova Layout [7x10] - Institut Laue

... technique allowed us to observe, for the first time, the non-continuous (discrete) behavior of the neutron flux. This observation was interpreted as being due to quantum states of neutrons corresponding to their vertical motion in the slit. Another, more sophisticated, so-called “differential” mode ...
Unit 6: Macroscopic Quantum Systems
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... equipment, to the inner workings of CD and DVD players. Laser light sent from telescopes and reflected from mirrors on the Moon allows measurement of the distance between the Earth and Moon to better than one millimeter, allowing tests of gravitational theory, measurement of the slowly increasing ra ...
Braun Defended
Braun Defended

... ignores the distinction between the proposition expressed by a sentence, its assertoric content, and what contribution a sentence makes to complex sentences of which it is a part, its ingredient sense. If we distinguish the two, then sentences which express the same proposition can embed within the ...
Macroscopic Effects of the Quantum Trace Anomaly
Macroscopic Effects of the Quantum Trace Anomaly

... • But only way to have finiteness on the horizon is cH = 0, q = 2 • Topological obstruction to finiteness vs. falloff of stress tensor • Relevant to Black Hole horizons • Also gives long range Scalar Condensate potential from any source • Radial r Dependent Variation of QED, QCD Couplings ...
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... I owe my deepest gratitude to my supervisor Hans Hansson, who gave me the opportunity to make this thesis and the great privilege of working with him. He gave me full freedom to choose subject but, well aware of my tastes in physics, suggested many interesting projects. When I have gone through toug ...
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... Don’t get confused! The symbol |= is used in two different ways: I |= F F1 , . . . , Fn |= G In the first the left-hand-side is an interpretation, in the second it is a sequence (or set) of formulas. ...
The semantics of predicate logic
The semantics of predicate logic

... In this module, we will precisely define the semantic interpretation of formulas in our predicate logic. In propositional logic, every formula had a fixed, finite number of models (interpretations); this is not the case in predicate logic. As a consequence, we must take more care in defining notions ...
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... The negation of proposition p is written as ¬p. Truth values are T for true and F for false. Proportion p p ...
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Dialetheic truth theory: inconsistency, non-triviality, soundness, incompleteness

... proving the theorems of arithmetic, then that in itself would be, by his own lights, a definite shortcoming of his position, since he has repeatedly maintained that his aim is to formulate a logic that does not sacrifice any part of classical mathematics, but allows to extend mathematical investigat ...
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1. Mathematical Principles of Modern Natural Philosophy
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Predicate logic, motivation

... (Dictionary: P_: _ is a philosopher; F_: _ is female; s: Simone) Even if we don’t yet have a way of proving this argument is valid, we can see the reasoning. Use &I and generalize (if Simone is a female philosopher, then there has to exist at least one female philosopher). ...
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x - Stanford University

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• Propositional definite clauses ctd • Monotone functions and power

... The procedure we have described does not explicitly construct derivations, however. So it is not complete in that sense. It is complete in the sense that if S ` q, the procedure will return true. Note that the procedure always terminates (why?). If S ` q, then from soundness of the inference system ...
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Quantum logic

In quantum mechanics, quantum logic is a set of rules for reasoning about propositions that takes the principles of quantum theory into account. This research area and its name originated in a 1936 paper by Garrett Birkhoff and John von Neumann, who were attempting to reconcile the apparent inconsistency of classical logic with the facts concerning the measurement of complementary variables in quantum mechanics, such as position and momentum.Quantum logic can be formulated either as a modified version of propositional logic or as a noncommutative and non-associative many-valued (MV) logic.Quantum logic has some properties that clearly distinguish it from classical logic, most notably, the failure of the distributive law of propositional logic: p and (q or r) = (p and q) or (p and r),where the symbols p, q and r are propositional variables. To illustrate why the distributive law fails, consider a particle moving on a line and let p = ""the particle has momentum in the interval [0, +1/6]"
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